Available Chemicals in the ThermophysicalData:-Chemicals Package
Description
References
This table contains all the chemicals known to the ThermophysicalData:-Chemicals package.
The chemical names can be used with the ThermophysicalData:-Chemicals:-Property command to get thermodynamic data. A list of all the names can be generated with the ThermophysicalData:-Chemicals:-GetSpecies command.
The following table contains these items for each species:
name,
name as given in the source for the data (McBride et al. 2002),
state,
temperature range for which the enthalpy, entropy and specific heat capacity are known (where applicable), and
references and other comments.
For some species, only the molecular weight and heat of formation at 298.15 K are known (these are marked with N/A in the temperature column).
For any species, ThermophysicalData:-Chemicals:-Property will accept either the name or the name as defined by McBride et al. 2002.
Species Name
Name from McBride et al.
State
Temperature Range (K)
Comments
e-(g)
e-
Gas
298.15 - 20000
Ref-Species. Chase,1998 3/82.
Ag(g)
Ag
200 - 20000
Hf:Cox,1989. Moore,1971. Gordon,1999.
Ag+(g)
Ag+
Moore,1971. Gordon,1999.
Ag-(g)
Ag-
Hotop,1985. Gordon,1999.
Al(g)
AL
Hf:Cox,1989. Kaufman,1991b. Gordon,1999.
Al+(g)
AL+
Kaufman,1991b. Moore,1971. Gordon,1999.
Al-(g)
AL-
Chase,1998 p65 6/83. EA:Hotop,1985. Gordon,1999.
AlBr(g)
ALBr
200 - 6000
Gurvich,1996a pt1 p184 pt2 p148.
AlBr2(g)
ALBr2
Gurvich,1996a pt1 p186 pt2 p149.
AlBr3(g)
ALBr3
Gurvich,1996a pt1 p188 pt2 p151.
AlC(g)
ALC
Gurvich,1996a pt1 p205 pt2 p165.
AlC2(g)
ALC2
Gurvich,1996a pt1 p206 pt2 p166.
AlCl(g)
ALCL
Gurvich,1996a pt1 p168 pt2 p131.
AlCl+(g)
ALCL+
298.15 - 6000
Chase,1998 p73.
AlCl2(g)
ALCL2
Gurvich,1996a pt1 p171 pt2 p132.
AlCl3(g)
ALCL3
Gurvich,1996a pt1 p173 pt2 p134.
AlF(g)
ALF
Gurvich,1996a pt1 p151 pt2 p116.
AlF+(g)
ALF+
Chase,1998 p92.
AlFCl(g)
ALFCL
Gurvich,1996a pt1 p182 pt2 p144.
AlFCl2(g)
ALFCL2
Gurvich,1996a pt1 p183 pt2 p146.
AlF2(g)
ALF2
Gurvich,1996a pt1 p153 pt2 p117.
AlF2-(g)
ALF2-
Gurvich,1996a pt1 p154 pt2 p118.
AlF2Cl(g)
ALF2CL
Gurvich,1996a pt1 p182 pt2 p145.
AlF3(g)
ALF3
Gurvich,1996a pt1 p157 pt2 p120.
AlF4-(g)
ALF4-
Gurvich,1996a pt1 p159 pt2 p121.
AlH(g)
ALH
Gurvich,1996a pt1 p139 pt2 p106.
AlHCl(g)
ALHCL
Gurvich,1996a pt1 p178 pt2 p138.
AlHCl2(g)
ALHCL2
Gurvich,1996a pt1 p179 pt2 p140.
AlHF(g)
ALHF
Gurvich,1996a pt1 p164 pt2 p125.
AlHFCl(g)
ALHFCL
Gurvich,1996a pt1 p184 pt2 p147.
AlHF2(g)
ALHF2
Gurvich,1996a pt1 p166 pt2 p127.
AlH2(g)
ALH2
Gurvich,1996a pt1 p142 pt2 p107.
AlH2Cl(g)
ALH2CL
Gurvich,1996a pt1 p179 pt2 p139.
AlH2F(g)
ALH2F
Gurvich,1996a pt1 p165 pt2 p126.
AlH3(g)
ALH3
Gurvich,1996a pt1 p145 pt2 p109.
AlI(g)
ALI
Gurvich,1996a pt1 p191 pt2 p153.
AlI2(g)
ALI2
Gurvich,1996a pt1 p193 pt2 p154.
AlI3(g)
ALI3
Gurvich,1996a pt1 p195 pt2 p156.
AlN(g)
ALN
Gurvich,1996a pt1 p204 pt2 p164.
AlO(g)
ALO
Gurvich,1996a pt1 p122 pt2 p96.
AlO+(g)
ALO+
Chase,1998 p133.
AlO-(g)
ALO-
Gurvich,1996a pt1 p125 pt2 p98.
AlOCl(g)
ALOCL
Gurvich,1996a pt1 p176 pt2 p136.
AlOCl2(g)
ALOCL2
Gurvich,1996a pt1 p178 pt2 p137.
AlOF(g)
ALOF
Gurvich,1996a pt1 p163 pt2 p123.
AlOF2(g)
ALOF2
Gurvich,1996a pt1 p164 pt2 p124.
AlOF2-(g)
ALOF2-
Chase,1998 p98 6/76.
AlOH(g)
ALOH
Gurvich,1996a pt1 p146 pt2 p110.
AlOHCl(g)
ALOHCL
Gurvich,1996a pt1 p180 pt2 p141.
AlOHCl2(g)
ALOHCL2
Gurvich,1996a pt1 p181 pt2 p143.
AlOHF(g)
ALOHF
Gurvich,1996a pt1 p166 pt2 p128.
AlOHF2(g)
ALOHF2
Gurvich,1996a pt1 p168 pt2 p130.
AlO2(g)
ALO2
Gurvich,1996a pt1 p126 pt2 p99.
AlO2-(g)
ALO2-
Gurvich,1996a pt1 p128 pt2 p100.
Al(OH)2(g)
AL(OH)2
Gurvich,1996a pt1 p149 pt2 p113.
Al(OH)2Cl(g)
AL(OH)2CL
Gurvich,1996a pt1 p181 pt2 p142.
Al(OH)2F(g)
AL(OH)2F
Gurvich,1996a pt1 p167 pt2 p129.
Al(OH)3(g)
AL(OH)3
Gurvich,1996a pt1 p150 pt2 p115.
AlS(g)
ALS
Gurvich,1996a pt1 p197 pt2 p158.
AlS2(g)
ALS2
Gurvich,1996a pt1 p198 pt2 p159.
Al2(g)
AL2
Gurvich,1996a pt1 p118 pt2 p95.
Al2Br6(g)
AL2Br6
Gurvich,1996a pt1 p190 pt2 p152.
Al2C2(g)
AL2C2
Gurvich,1996a pt1 p206 pt2 p167.
Al2Cl6(g)
AL2CL6
Gurvich,1996a pt1 p175 pt2 p135.
Al2F6(g)
AL2F6
Gurvich,1996a pt1 p160 pt2 p122.
Al2I6(g)
AL2I6
Gurvich,1996a pt1 p196 pt2 p157.
Al2O(g)
AL2O
Gurvich,1996a pt1 p129 pt2 p101.
Al2O+(g)
AL2O+
Chase,1998 p151 12/79.
Al2O2(g)
AL2O2
Gurvich,1996a pt1 p131 pt2 p102.
Al2O2+(g)
AL2O2+
Chase,1998 p153 12/79.
Al2O3(g)
AL2O3
Gurvich,1996a pt1 p137 pt2 p105.
Al2S(g)
AL2S
Gurvich,1996a pt1 p199 pt2 p160.
Al2S2(g)
AL2S2
Gurvich,1996a pt1 p200 pt2 p161.
Ar(g)
Ar
Ref-Elm. Moore,1971. Gordon,1999.
Ar+(g)
Ar+
Moore,1971. IP:Moore,1970a. Gordon,1999.
B(g)
B
Martin,J.M.L.,1998. Odintzova,1979. Gordon,1999.
B+(g)
B+
B-(g)
B-
BBr(g)
BBr
Gurvich,1996a pt1 p91 pt2 p70.
BBr2(g)
BBr2
Gurvich,1996a pt1 p92 pt2 p71.
BBr3(g)
BBr3
Gurvich,1996a pt1 p93 pt2 p72.
BC(g)
BC
Gurvich,1996a pt1 p108 pt2 p86.
BC2(g)
BC2
Gurvich,1996a pt1 p109 pt2 p87.
BCl(g)
BCL
Gurvich,1996a pt1 p73 pt2 p51.
BCl+(g)
BCL+
Chase,1998 p198.
BClOH(g)
BCLOH
Gurvich,1996a pt1 p83 pt2 p61.
BCl(OH)2(g)
BCL(OH)2
Gurvich,1996a pt1 p85 pt2 p62.
BCl2(g)
BCL2
Gurvich,1996a pt1 p74 pt2 p52.
BCl2+(g)
BCL2+
Chase,1998 p203 12/79.
BCl2OH(g)
BCL2OH
Gurvich,1996a pt1 p86 pt2 p63.
BCl3(g)
BCL3
Gurvich,1996a pt1 p76 pt2 p53.
BF(g)
BF
Gurvich,1996a pt1 p56 pt2 p36.
BFCl(g)
BFCL
Gurvich,1996a pt1 p86 pt2 p64.
BFCl2(g)
BFCL2
Gurvich,1996a pt1 p88 pt2 p66.
BFOH(g)
BFOH
Gurvich,1996a pt1 p71 pt2 p48.
BF(OH)2(g)
BF(OH)2
Gurvich,1996a pt1 p71 pt2 p49.
BF2(g)
BF2
Gurvich,1996a pt1 p58 pt2 p37.
BF2+(g)
BF2+
Chase,1998 p211.
BF2-(g)
BF2-
Gurvich,1996a pt1 p60 pt2 p38.
BF2Cl(g)
BF2CL
Gurvich,1996a pt1 p87 pt2 p65.
BF2OH(g)
BF2OH
Gurvich,1996a pt1 p72 pt2 p50.
BF3(g)
BF3
Gurvich,1996a pt1 p62 pt2 p39.
BF4-(g)
BF4-
Gurvich,1996a pt1 p63 pt2 p40.
BH(g)
BH
Bauschlicher,1990. Gurvich,1996a pt1 p28 pt2 p19.
BHCl(g)
BHCL
Gurvich,1996a pt1 p81 pt2 p58.
BHCl2(g)
BHCL2
Gurvich,1996a pt1 p82 pt2 p60.
BHF(g)
BHF
Gurvich,1996a pt1 p68 pt2 p45.
BHFCl(g)
BHFCL
Gurvich,1996a pt1 p90 pt2 p69.
BHF2(g)
BHF2
Gurvich,1996a pt1 p69 pt2 p47.
BH2(g)
BH2
Jacox,1994. Kolbuszewski,1996. Gurvich,1996a p32.
BH2Cl(g)
BH2CL
Gurvich,1996a pt1 p82 pt2 p59.
BH2F(g)
BH2F
Gurvich,1996a pt1 p69 pt2 p46.
BH3(g)
BH3
Allendorf,1997. Jacox,1998 p212. Martin,J.M.L.,1992.
BH4(g)
BH4
Radical. Saxon,1993. Yu,1998.
BH5(g)
BH5
Schreiner,1994.
BH3NH3(g)
BH3NH3
Gurvich,1996a pt1 p106 pt2 p84.
BI(g)
BI
Gurvich,1996a pt1 p94 pt2 p73.
BI2(g)
BI2
Gurvich,1996a pt1 p95 pt2 p74.
BI3(g)
BI3
Gurvich,1996a pt1 p96 pt2 p75.
BN(g)
BN
Gurvich,1996a pt1 p104 pt2 p83.
BO(g)
BO
Gurvich,1996a pt1 p10 pt2 p8.
BO-(g)
BO-
Gurvich,1996a pt1 p13 pt2 p10.
BOCl(g)
BOCL
Gurvich,1996a pt1 p79 pt2 p55.
BOCl2(g)
BOCL2
Gurvich,1996a pt1 p79 pt2 p56.
BOF(g)
BOF
Gurvich,1996a pt1 p65 pt2 p42.
BOF2(g)
BOF2
Gurvich,1996a pt1 p66 pt2 p43.
BOH(g)
BOH
Gurvich,1996a pt1 p41 pt2 p24.
BO2(g)
BO2
Gurvich,1996a pt1 p14 pt2 p11.
BO2-(g)
BO2-
Gurvich,1996a pt1 p16 pt2 p13.
B(OH)2(g)
B(OH)2
Gurvich,1996a pt1 p46 pt2 p28.
BS(g)
BS
Gurvich,1996a pt1 p97 pt2 p76.
BS2(g)
BS2
Gurvich,1996a pt1 p99 pt2 p77.
B2(g)
B2
Gurvich,1996a pt1 p8 pt2 p7.
B2C(g)
B2C
Gurvich,1996a pt1 p110 pt2 p88.
B2Cl4(g)
B2CL4
Gurvich,1996a pt1 p77 pt2 p54.
B2F4(g)
B2F4
Gurvich,1996a pt1 p64 pt2 p41.
B2H(g)
B2H
Adams,1989. Yu,1998.
B2H2(g)
B2H2
Curtiss,1989a. Yu,1998.
B2H3(g)
B2H3
B2H3(g),db
B2H3,db
2-Bridges. Adams,1989. Yu,1998.
B2H4(g)
B2H4
1-Bridge. Ruscic,1989b. Curtiss,1989b.
B2H4(g),db
B2H4,db
2-Bridges.Ruscic,1989b. Curtiss,1989b.
B2H5(g)
B2H5
1-Bridge. Ruscic,1989a. Trachtman,1990.
B2H5(g),db
B2H5,db
2-Bridges. Ruscic,1989a. Trachtman,1990.
B2H6(g)
B2H6
Hf:Gurvich,1996a pt1 p37. Yu,1998. Duncan,1985.
B2O(g)
B2O
Gurvich,1996a pt1 p19 pt2 p14.
B2O2(g)
B2O2
Gurvich,1996a pt1 p19 pt2 p15.
B2O3(g)
B2O3
Gurvich,1996a pt1 p25 pt2 p18.
B2(OH)4(g)
B2(OH)4
Gurvich,1996a pt1 p52 pt2 p33.
B2S(g)
B2S
Gurvich,1996a pt1 p100, pt2 p78.
B2S2(g)
B2S2
Gurvich,1996a pt1 p100 pt2 p79.
B2S3(g)
B2S3
Gurvich,1996a pt1 p102 pt2 p81.
B3H7(g),C2v
B3H7,C2v
C2v symmetry. Stanton,1989b.
B3H7(g),Cs
B3H7,Cs
Cs symmetry. Stanton,1989b.
B3H9(g)
B3H9
Hf:McKee,1990. Stanton,1989a.
B3N3H6(g)
B3N3H6
Borazole. Gurvich,1996a pt1 p107 pt2 p85.
B3O3Cl3(g)
B3O3CL3
Gurvich,1996a pt1 p80 pt2 p57.
B3O3FCl2(g)
B3O3FCL2
Gurvich,1996a pt1 p89 pt2 p68.
B3O3F2Cl(g)
B3O3F2CL
Gurvich,1996a pt1 p89 pt2 p67.
B3O3F3(g)
B3O3F3
Gurvich,1996a pt1 p67 pt2 p44.
B4H4(g)
B4H4
Yu,1998. Mach,1994.
B4H10(g)
B4H10
Wagman,1982 p123. McKee,1990. Dain,1981.
B4H12(g)
B4H12
Shen,1993. Yu,1998.
B5H9(g)
B5H9
Hf:Chase,1998 p303 3/65.McKee,1990.Beaudet,1988.Yu,1998.
Ba(g)
Ba
Gurvich,1996a. Moore,1971. Moore,1970a. Gordon,1999.
Ba+(g)
Ba+
BaBr(g)
BaBr
Gurvich,1996a pt1 p576 pt2 p437.
BaBr2(g)
BaBr2
Gurvich,1996a pt1 p579 pt2 p439.
BaCl(g)
BaCL
Gurvich,1996a pt1 p570 pt2 p433.
BaCl+(g)
BaCL+
Gurvich,1996a pt1 p572 pt2 p434.
BaCl2(g)
BaCL2
Gurvich,1996a pt1 p575 pt2 p436.
BaF(g)
BaF
Gurvich,1996a pt1 p562 pt2 p429.
BaF+(g)
BaF+
Gurvich,1996a pt1 p566 pt2 p430.
BaF2(g)
BaF2
Gurvich,1996a pt1 p569 pt2 p432.
BaH(g)
BaH
Gurvich,1996a pt1 p554 pt2 p423.
BaI(g)
BaI
Gurvich,1996a pt1 p581 pt2 p440.
BaI2(g)
BaI2
Gurvich,1996a pt1 p584 pt2 p442.
BaO(g)
BaO
Gurvich,1996a pt1 p550 pt2 p419.
BaO+(g)
BaO+
Gurvich,1996a pt1 p552 pt2 p421.
BaOH(g)
BaOH
Gurvich,1996a pt1 p557 pt2 p425.
BaOH+(g)
BaOH+
Gurvich,1996a pt1 p558 pt2 p426.
Ba(OH)2(g)
Ba(OH)2
Gurvich,1996a pt1 p561 pt2 p428.
BaS(g)
BaS
Gurvich,1996a pt1 p585 pt2 p444.
Ba2(g)
Ba2
Gurvich,1996a pt1 p545 pt2 p417.
Be(g)
Be
Hf:Cox,1989. Kramida,1997. Gordon,1999.
Be+(g)
Be+
Moore,1971. Moore,1970a. Gordon,1999.
Be++(g)
Be++
Moore,1970a. Gordon,1999.
BeBr(g)
BeBr
Gurvich,1996a pt1 p374 pt2 p300.
BeBr2(g)
BeBr2
Gurvich,1996a pt1 p377 pt2 p302.
BeCl(g)
BeCL
Gurvich,1996a pt1 p369, pt2 p295.
BeCl2(g)
BeCL2
Gurvich,1996a pt1 p373 pt2 p298.
BeF(g)
BeF
Gurvich,1996a pt1 p363, pt2 p291.
BeF2(g)
BeF2
Gurvich,1996a pt1 p366 pt2 p293.
BeH(g)
BeH
Gurvich,1996a pt1 p356, pt2 p286.
BeH+(g)
BeH+
Chase,1998 p391 9/66.
BeH2(g)
BeH2
Martin,J.M.L.,1992. Martin,J.M.L.,1997.
BeI(g)
BeI
Gurvich,1996a pt1 p378, pt2 p303.
BeI2(g)
BeI2
Gurvich,1996a pt1 p380 pt2 p305.
BeN(g)
BeN
Chase,1998 p403.
BeO(g)
BeO
Gurvich,1996a pt1 p351, pt2 p280.
BeOH(g)
BeOH
Gurvich,1996a pt1 p358 pt2 p288.
BeOH+(g)
BeOH+
Chase,1998 p393.
Be(OH)2(g)
Be(OH)2
Gurvich,1996a pt1 p360 pt2 p290.
BeS(g)
BeS
Gurvich,1996a pt1 p381 pt2 p307.
Be2(g)
Be2
Gurvich,1996a pt1 p346 pt2 p277.
Be2Cl4(g)
Be2CL4
Gurvich,1996a pt1 p374 pt2 p299.
Be2F4(g)
Be2F4
Gurvich,1996a pt1 p368 pt2 p294.
Be2O(g)
Be2O
Gurvich,1996a pt1 p353 pt2 p282.
Be2OF2(g)
Be2OF2
Chase,1998 p417.
Be2O2(g)
Be2O2
Gurvich,1996a pt1 p354 pt2 p283.
Be3O3(g)
Be3O3
Gurvich,1996a pt1 p355 pt2 p284.
Be4O4(g)
Be4O4
Gurvich,1996a pt1 p356 pt2 p285.
Br(g)
Br
Hf:Cox,1989. Moore,1971. Moore,1970a. Gordon,1999.
Br+(g)
Br+
Br-(g)
Br-
BrCl(g)
BrCL
Gurvich,1989 pt1 p213 pt2 p112.
BrF(g)
BrF
Gurvich,1989 pt1 p208 pt2 p109.
BrF3(g)
BrF3
Gurvich,1989 pt1 p211 pt2 p110.
BrF5(g)
BrF5
Gurvich,1989 pt1 p212 pt2 p111.
BrO(g)
BrO
Chase,1996a.
OBrO(g)
OBrO
BrOO(g)
BrOO
BrO3(g)
BrO3
Br2(g)
Br2
Gurvich,1989 pt1 p200 pt2 p104.
BrBrO(g)
BrBrO
BrOBr(g)
BrOBr
C(g)
C
Hf:Douglas,1955. Moore,1970b. Gordon,1999.
C+(g)
C+
Moore,1970b. Gordon,1999.
C-(g)
C-
CBr(g)
CBr
Gurvich,1991 pt1 p157 pt2 p137.
CBr2(g)
CBr2
Gurvich,1991 pt1 p159 pt2 p138.
CBr3(g)
CBr3
Gurvich,1991 pt1 p160 pt2 p139.
CBr4(g)
CBr4
Kudchadker,1975.
CCl(g)
CCL
Hf:Kumaran,1997. Gurvich,1991 pt1 p106 pt2 p81.
CClBr3(g)
CCLBr3
Gurvich,1991 pt1 p171 pt2 p152.
CCl2(g)
CCL2
Hf:Kumaran,1997. Jacox,1994. Shin,1990.
CCl2Br2(g)
CCL2Br2
Gurvich,1991 pt1 p170 pt2 p151.
CCl3(g)
CCL3
Hf:Hudgens,1991. TRC(12/93) tuv7270.
CCl3Br(g)
CCL3Br
Gurvich,1991 pt1 p169 pt2 p150.
CCl4(g)
CCL4
Gurvich,1991 pt1 p111 pt2 p84.
CF(g)
CF
Hf:TRC(6/88) w6950. Gurvich,1991 pt1 p74 pt2 p55.
CF+(g)
CF+
Chase,1998 p579 12/70.
CFBr3(g)
CFBr3
Gurvich,1991 pt1 p166 pt2 p146.
CFCl(g)
CFCL
Hf:Gurvich,1991 pt1 p135 pt2 p107. Jacox,1994.
CFClBr2(g)
CFCLBr2
Gurvich,1991 pt1 p175 pt2 p158.
CFCl2(g)
CFCL2
Gurvich,1991 pt1 p138 pt2 p110.
CFCl2Br(g)
CFCL2Br
Gurvich,1991 pt1 p175 pt2 p157.
CFCl3(g)
CFCL3
Hf:TRC(6/89) w7350. Gurvich,1991 pt1 p140 pt2 p112.
CF2(g)
CF2
Hf:TRC(6/88) w6950. Jacox,1998.
CF2+(g)
CF2+
Chase,1998 p583 12/70. Jacox,1994.
CF2Br2(g)
CF2Br2
Gurvich,1991 pt1 p166 pt2 p145.
CF2Cl(g)
CF2CL
Gurvich,1991 pt1 p136 pt2 p108.
CF2ClBr(g)
CF2CLBr
Gurvich,1991 pt1 p173 pt2 p156.
CF2Cl2(g)
CF2CL2
Hf:TRC(6/89) w7350.Gurvich,1991 pt1 p139 pt2 p111.
CF3(g)
CF3
CF3+(g)
CF3+
Chase,1998 p583 12/71. Jacox,1998.
CF3Br(g)
CF3Br
Gurvich,1991 pt1 p165 pt2 p144.
CF3Cl(g)
CF3CL
Hf:TRC(6/89) w7350. Gurvich,1991 pt1 p137 pt2 p109.
CF4(g)
CF4
Hf:TRC(12/94) w6520. Gurvich,1991 pt1 p79 pt2 p58.
CH(g)
CH
Gurvich,1979 pt1 p37 pt2 p39.
CH+(g)
CH+
Gurvich,1991 pt1 p38 pt2 p32.
CHBr3(g)
CHBr3
CHCl(g)
CHCL
Hf:TRC(12/93) w7270.Gurvich,1991. Jacox,1998.
CHClBr2(g)
CHCLBr2
Gurvich,1991 pt1 p173 pt2 p155.
CHCl2(g)
CHCL2
TRC(12/93) tuvw7270.
CHCl2Br(g)
CHCL2Br
Gurvich,1991 pt1 p172 pt2 p154.
CHCl3(g)
CHCL3
Gurvich,1991 pt1 p127 pt2 p98.
CHF(g)
CHF
Hf:TRC(6/88) w695. Jacox,1998.
CHFBr2(g)
CHFBr2
Gurvich,1991 pt1 p168 pt2 p149.
CHFCl(g)
CHFCL
Gurvich,1991 pt1 p147 pt2 p121.
CHFClBr(g)
CHFCLBr
Gurvich,1991 pt1 p176 pt2 p159.
CHFCl2(g)
CHFCL2
Hf:TRC(6/89) w7350. Gurvich,1991 pt1 p149 pt2 p124.
CHF2(g)
CHF2
TRC(6/88) tuvw6950.
CHF2Br(g)
CHF2Br
Gurvich,1991 pt1 p168 pt2 p148.
CHF2Cl(g)
CHF2CL
Hf:TRC(6/89) w7350. Gurvich,1991 pt1 p148 pt2 p123.
CHF3(g)
CHF3
Hf:TRC(12/89) w6880. Gurvich,1991 pt1 p97 pt2 p72.
CHI3(g)
CHI3
CH2(g)
CH2
D0(H2C-H): Ruscic,1999. Bunker,1983. Jacox,1998.
CH2Br2(g)
CH2Br2
Kudchadker, 1975.
CH2Cl(g)
CH2CL
Hf:TRC(12/93) w7270. Gurvich,1991 pt1 p122. Jacox,1998.
CH2ClBr(g)
CH2CLBr
Gurvich,1991 pt1 p171 pt2 p153.
CH2Cl2(g)
CH2CL2
Gurvich,1991 pt1 p125 pt2 p97.
CH2F(g)
CH2F
CH2FBr(g)
CH2FBr
Gurvich,1991 pt1 p167 pt2 p147.
CH2FCl(g)
CH2FCL
Hf:TRC(6/89) w7350. Gurvich,1991 pt1 p147 pt2 p122.
CH2F2(g)
CH2F2
Hf:TRC(12/89) w6880. Gurvich,1991 pt1 p96 pt2 p71.
CH2I2(g)
CH2I2
Kudchadker,1975. Kudchadker,1976.
CH3(g)
CH3
D0(H3C-H): Ruscic,1999. Jacox,1998.
CH3Br(g)
CH3Br
CH3Cl(g)
CH3CL
Gurvich,1991 pt1 p122 pt2 p95.
CH3F(g)
CH3F
Hf:TRC(12/89) w6880. Gurvich,1991 pt1 p93 pt2 p69.
CH3I(g)
CH3I
CH2OH(g)
CH2OH
Hydroxymethyl Radical. Johnson,1996.
CH2OH+(g)
CH2OH+
Hydroxymethyl Cation. Johnson,1996.
CH3O(g)
CH3O
Hf:Gurvich,1991 pt1 p67. Jacox,1998 p271.
CH4(g)
CH4
Gurvich,1991 pt1 p44 pt2 p36.
CH3OH(g)
CH3OH
Hf:TRC(6/87) w5030. Chen,1977.
CH3OOH(g)
CH3OOH
Methyl Hydroperoxide, CH3-O-O-H. Dorofeeva,2001.
CI(g)
CI
Gurvich,1991 pt1 p176 pt2 p160.
CI2(g)
CI2
Gurvich,1991 pt1 p178 pt2 p161.
CI3(g)
CI3
Gurvich,1991 pt1 p178 pt2 p162.
CI4(g)
CI4
CN(g)
CN
Hf: Huang,1992. Gurvich,1979 pt1 p212 pt2 p210.
CN+(g)
CN+
Gurvich,1991 pt1 p215 pt2 p203.
CN-(g)
CN-
Gurvich,1991 pt1 p218 pt2 p205.
CNN(g)
CNN
Gurvich,1991 pt1 p220 pt2 p208. Jacox,1994.
CO(g)
CO
Gurvich,1979 pt1 p25 pt2 p29.
CO+(g)
CO+
Gurvich,1991 pt1 p26 pt2 p22.
COCl(g)
COCL
Gurvich,1991 pt1 p118 pt2 p91.
COCl2(g)
COCL2
Gurvich,1991 pt1 p119 pt2 p92.
COFCl(g)
COFCL
Gurvich,1991 pt1 p146 pt2 p120.
COF2(g)
COF2
Gurvich,1991 pt1 p89 pt2 p66.
COHCl(g)
COHCL
Gurvich,1991 pt1 p134 pt2 p106.
COHF(g)
COHF
Gurvich,1991 pt1 p106 pt2 p80.
COS(g)
COS
Gurvich,1991 pt1 p211 pt2 p200.
CO2(g)
CO2
Gurvich,1991 pt1 p27 pt2 p24.
CO2+(g)
CO2+
Gurvich,1991 pt1 p30 pt2 p26.
COOH(g)
COOH
Gurvich,1991 pt1 p60 pt2 p46.
CP(g)
CP
Gurvich,1991 pt1 p231 pt2 p219.
CS(g)
CS
Hf:Prinslow,1991. Gurvich,1991 pt1 p206 pt2 p198.
CS2(g)
CS2
Gurvich,1991 pt1 p209 pt2 p199.
C2(g)
C2
Gurvich,1991 pt1 p9 pt2 p8.
C2+(g)
C2+
Gurvich,1991 pt1 p14 pt2 p10.
C2-(g)
C2-
Gurvich,1991 pt1 p15 pt2 p12.
C2Cl(g)
C2CL
Gurvich,1991 pt1 p112 pt2 p85.
C2Cl2(g)
C2CL2
Hf:Manion,2002. Gurvich,1991 pt1 p114 pt2 p86.
C2Cl3(g)
C2CL3
Gurvich,1991 pt1 p114 pt2 p87.
C2Cl4(g)
C2CL4
Hf:Manion,2002. Gurvich,1991 pt1 p115 pt2 p88.
C2Cl6(g)
C2CL6
Hf:Manion,2002. Gurvich,1991 pt1 p117 pt2 p90.
C2F(g)
C2F
Gurvich,1991 pt1 p81 pt2 p59.
C2FCl(g)
C2FCL
Gurvich,1991 pt1 p141 pt2 p113.
C2FCl3(g)
C2FCL3
Gurvich,1991 pt1 p145 pt2 p119.
C2F2(g)
C2F2
Gurvich,1991 pt1 p82 pt2 p60.
C2F2Cl2(g)
C2F2CL2
Gurvich,1991 pt1 p143 pt2 p115. Eql mixture of isomers.
C2F3(g)
C2F3
Gurvich,1991 pt1 p83 pt2 p61.
C2F3Cl(g)
C2F3CL
Gurvich,1991 pt1 p142 pt2 p114.
C2F4(g)
C2F4
Gurvich,1991 pt1 p84 pt2 p62.
C2F6(g)
C2F6
Gurvich,1991 pt1 p86 pt2 p64.
C2H(g)
C2H
Ervin, 1990. Jacox,1998. Peric,1990. Kanamori,1988.
C2HCl(g)
C2HCL
Hf:Manion,2002. Gurvich,1991 pt1 p129 pt2 p99.
C2HCl3(g)
C2HCL3
Hf:Manion,2002. Gurvich,1991 pt1 p134 pt2 p105.
C2HF(g)
C2HF
Gurvich,1991 pt1 p99 pt2 p73.
C2HFCl2(g)
C2HFCL2
Gurvich,1991 pt1 p155 pt2 p133. Eql mixture of isomers.
C2HF2Cl(g)
C2HF2CL
Gurvich,1991 pt1 p153 pt2 p129. 1,1 cis & trans in equil.
C2HF3(g)
C2HF3
Gurvich,1991 pt1 p105 pt2 p79.
C2H2(g),acetylene
C2H2,acetylene
Hf:TRC(10/93) w-3040. Gurvich,1991 pt1 p47 pt2 p39.
C2H2(g),vinylidene
C2H2,vinylidene
Chen,1989. Osamura,1981.
C2H2Cl2(g)
C2H2CL2
Gurvich,1991 pt1 p130 pt2 p101. 1,1 cis & trans in equil.
C2H2FCl(g)
C2H2FCL
Gurvich,1991 pt1 p150 pt2 p125. 1,1 cis & trans in equil.
C2H2F2(g)
C2H2F2
Gurvich,1991 pt1 p101 pt2 p75. 1,1 cis & trans in equil.
CH2CO(g),ketene
CH2CO,ketene
D0(H2C=CO): Ruscic,1999. Duncan,1987.
O(CH)2O(g)
O(CH)2O
Glyoxal. Dorofeeva,2001. Hubner,1997. Zeleznik,2002.
HO(CO)2OH(g)
HO(CO)2OH
Oxalic Acid, HO-CO-CO-OH. Dorofeeva,2001.
C2H3(g),vinyl
C2H3,vinyl
Radical. Ervin,1990.
CH2Br-COOH(g)
CH2Br-COOH
Bromoacetic Acid. Dorofeeva,2001.
C2H3Cl(g)
C2H3CL
Hf:Manion,2002. Gurvich,1991 pt1 p129 pt2 p100.
CH2Cl-COOH(g)
CH2CL-COOH
Chloroacetic Acid. Dorofeeva,2001.
C2H3F(g)
C2H3F
Gurvich,1991 pt1 p100 pt2 p74.
CH3CN(g)
CH3CN
Acetonitrile. TRC(6/93) w9270. Koga,1984. Pavone,1990.
CH3CO(g),acetyl
CH3CO,acetyl
Radical. Hf:Niiranen,1992. Nimlos,1989.
C2H4(g)
C2H4
TRC(4/88) w2600. Chao,1975. Knippers,1985.
C2H4O(g),ethylen-o
C2H4O,ethylen-o
Ethylene Oxide. Shimanouchi,1972. Chase,1998 9/65.
CH3CHO(g),ethanal
CH3CHO,ethanal
Hf:TRC (6/78) w5300. Chao,1986.
CH3COOH(g)
CH3COOH
Acetic Acid. Chao,1978.
OHCH2COOH(g)
OHCH2COOH
Glycolic Acid. Dorofeeva,2001.
C2H5(g)
C2H5
Chen,1990.
C2H5Br(g)
C2H5Br
Bromoethane. TRC(6/79) tuvw7650.
C2H6(g)
C2H6
Ethane. Pamidimukkala,1982.
CH3N2CH3(g)
CH3N2CH3
Azomethane. Pamidumukkala,1982.
C2H5OH(g)
C2H5OH
Hf:TRC(6/87) w5030. Chao,1986.
CH3OCH3(g)
CH3OCH3
Dimethyl ether. Hf:TRC(6/91) w6040. Chao,1986.
CH3O2CH3(g)
CH3O2CH3
Dimethyl peroxide, CH3-O-O-CH3. Dorofeeva,2001.
CCN(g)
CCN
Hf:Gurvich,1991 pt1 p222. Jacox,1998 p173.
CNC(g)
CNC
CNC radical. Gurvich,1991 pt1 p221 pt2 p209.
OCCN(g)
OCCN
Cyanooxomethyl radical. Dorofeeva,2001.
C2N2(g)
C2N2
Gurvich,1979 pt1 p195 pt2 p220.
C2O(g)
C2O
Hf:Gurvich,1991 pt1 p31. Jacox,1998.
C2S2(g)
C2S2
TRC(6/01) p8150, tuvw-8150.
C3(g)
C3
Gurvich,1979 pt2 p23.
C3H3(g),1-propynl
C3H3,1-propynl
TRC(4/98) tuvw3140.
C3H3(g),2-propynl
C3H3,2-propynl
C3H4(g),allene
C3H4,allene
TRC(4/84) w2750. Shimanouchi,1972 p115. Butcher,1973a.
C3H4(g),propyne
C3H4,propyne
Hf:TRC(10/93) w3040. Trambarulo,1950. Shimanouchi,1972.
C3H4(g),cyclo-
C3H4,cyclo-
Dorofeeva,1986.
C3H5(g),allyl
C3H5,allyl
Radical. Burcat,2001 p58.
C3H6(g),propylene
C3H6,propylene
Hf:TRC(4/88) w2600. Chao,1975.
C3H6(g),cyclo-
C3H6,cyclo-
Dorofeeva,1986. Butcher,1973b.
C3H6O(g),propylox
C3H6O,propylox
TRC(6/84) w6150. Swalen,1957. Oetting,1964. Villarreal,1975.
C3H6O(g),acetone
C3H6O,acetone
Chao,1986. Chao,1976.
C3H6O(g),propanal
C3H6O,propanal
Hf:TRC(6/78) w5300. Chao,1986. Frankiss,1974.
C3H7(g),n-propyl
C3H7,n-propyl
Radical. Tsang,1985.
C3H7(g),i-propyl
C3H7,i-propyl
C3H8(g)
C3H8
Hf:TRC(10/85) w1350. Chao,1973.
C3H8O(g),1propanol
C3H8O,1propanol
C3H8O(g),2propanol
C3H8O,2propanol
CNCOCN(g)
CNCOCN
Oxopropanedinitrile, NC-CO-CN. Dorofeeva,2001.
C3OS(g)
C3OS
C3O2(g)
C3O2
Hf:Chase,1998 p690 6/68. Shimanouchi,1977 p1083.
C3S2(g)
C3S2
C4(g)
C4
Gurvich,1991 pt1 p18 pt2 p16.
C4H2(g),butadiyne
C4H2,butadiyne
1,3-Butadiyne. Dorofeeva,1991.
C4H4(g),1,3-cyclo-
C4H4,1,3-cyclo-
1,3-Cyclobutadiene. Dorofeeva,1986.
C4H6(g),butadiene
C4H6,butadiene
1,3-butadiene. TRC(10/92) tuvw2820.
C4H6(g),1butyne
C4H6,1butyne
TRC(10/93) tuvw3040.
C4H6(g),2butyne
C4H6,2butyne
C4H6(g),cyclo-
C4H6,cyclo-
Cyclobutene. Dorofeeva,1986.
C4H8(g),1-butene
C4H8,1-butene
TRC(4/88) tuvw2600.
C4H8(g),cis2-buten
C4H8,cis2-buten
Cis2-butene TRC(4/88) tuvw2600.
C4H8(g),tr2-butene
C4H8,tr2-butene
TRC(4/88) tuvw-2600.
C4H8(g),isobutene
C4H8,isobutene
C4H8(g),cyclo-
C4H8,cyclo-
Cyclobutane. Dorofeeva,1986.
(CH3COOH)2(g)
(CH3COOH)2
Acetic acid dimer. Chao,1978.
C4H9(g),n-butyl
C4H9,n-butyl
TRC(10/84) tuvw1940.
C4H9(g),i-butyl
C4H9,i-butyl
2-methylpropyl. TRC(10/84) tuvw1940.
C4H9(g),s-butyl
C4H9,s-butyl
1-methylpropyl radical. Tsang,1985.
C4H9(g),t-butyl
C4H9,t-butyl
1,1dimethylethyl radical. Tsang,1985.
C4H10(g),n-butane
C4H10,n-butane
Hf:TRC(10/85) w1350. Chen,1975.
C4H10(g),isobutane
C4H10,isobutane
TRC(10/85) w1350. Chen,1975.
C4N2(g)
C4N2
Hf:TRC(12/93) w8992. Khanna,1987. Brown,1989.
C5(g)
C5
Gurvich,1991 pt1 p20 pt2 p18.
C5H6(g),1,3cyclo-
C5H6,1,3cyclo-
1,3-Cyclopentadiene. Pedley,1986 p90. Dorofeeva,1986.
C5H8(g),cyclo-
C5H8,cyclo-
Cyclopentene. Hf:TRC(10/92) w2840. Dorofeeva,1986.
C5H10(g),1-pentene
C5H10,1-pentene
TRC(4/87) tuvw2500.
C5H10(g),cyclo-
C5H10,cyclo-
Cyclopentane. Dorofeeva,1986.
C5H11(g),pentyl
C5H11,pentyl
Radical. TRC(10/84) tuvw1941.
C5H11(g),t-pentyl
C5H11,t-pentyl
1,1-dimethylpropyl radical. Tsang,1985.
C5H12(g),n-pentane
C5H12,n-pentane
TRC(10/85) tuvw1350.
C5H12(g),i-pentane
C5H12,i-pentane
2-Methylbutane. TRC(10/85) tuvw1350.
CH3C(CH3)2CH3(g)
CH3C(CH3)2CH3
2,2-Dimethylpropane (neopentane). TRC(10/85) tuvw1350.
C6D5(g),phenyl
C6D5,phenyl
Radical-d5. Burcat,1985.
C6D6(g)
C6D6
Benzene-d6. Burcat,1985.
C6H2(g)
C6H2
Dorofeeva,1991.
C6H5(g),phenyl
C6H5,phenyl
Radical.Hf:TRC(10/89) w4270. Jacox,1998. NASA ab initio.
C6H5O(g),phenoxy
C6H5O,phenoxy
Phenoxy radical. Burcat,1985.
C6H6(g)
C6H6
TRC(10/86)w3200. Pliva,1982,1983,1984. Shimanouchi,1972.
C6H5OH(g),phenol
C6H5OH,phenol
Burcat,1985.
C6H10(g),cyclo-
C6H10,cyclo-
Cyclohexene. Dorofeeva,1986.
C6H12(g),1-hexene
C6H12,1-hexene
C6H12(g),cyclo-
C6H12,cyclo-
Cyclohexane. Dorofeeva,1986.
C6H13(g),n-hexyl
C6H13,n-hexyl
TRC(10/83) tuvw1930.
C6H14(g),n-hexane
C6H14,n-hexane
TRC(4/85) tuvw1440.
C7H7(g),benzyl
C7H7,benzyl
Radical. Brouwer,1988. Hippler,1990.
C7H8(g)
C7H8
Hf:TRC(4/98) w3510. Hitchcock,1975. Rudolph,1967.
C7H8O(g),cresol-mx
C7H8O,cresol-mx
Eql. mixture of isomers. Kudchadker,1978.
C7H14(g),1-heptene
C7H14,1-heptene
C7H15(g),n-heptyl
C7H15,n-heptyl
C7H16(g),n-heptane
C7H16,n-heptane
TRC(10/85) tuv1460. TRC(10/84) ptuv1010.
C7H16(g),2-methylh
C7H16,2-methylh
2-methylhexane. TRC(10/85) tuvw1460.
C8H8(g),styrene
C8H8,styrene
Ethenylbenzene. TRC(4/89) tuvw4490.
C8H10(g),ethylbenz
C8H10,ethylbenz
Ethylbenzene. TRC(10/86) tuvw3200.
C8H16(g),1-octene
C8H16,1-octene
C8H17(g),n-octyl
C8H17,n-octyl
C8H18(g),n-octane
C8H18,n-octane
TRC(4/85) tuvw1490.
C8H18(g),isooctane
C8H18,isooctane
2,2,4-Trimethylpentane. TRC(4/85) tuvw1490.
C9H19(g),n-nonyl
C9H19,n-nonyl
TRC (10/83) tuvw1930.
C10H8(g),naphthale
C10H8,naphthale
Naphthalene. Chen,1979.
C10H21(g),n-decyl
C10H21,n-decyl
C12H9(g),o-bipheny
C12H9,o-bipheny
o-Biphenyl radical. Burcat,1985.
C12H10(g),biphenyl
C12H10,biphenyl
Ca(g)
Ca
Hf:Cox,1989. Sugar,1985. Gordon,1999.
Ca+(g)
Ca+
Sugar,1985. Gordon,1999.
CaBr(g)
CaBr
Gurvich,1996a pt1 p471 pt2 p367.
CaBr2(g)
CaBr2
Gurvich,1996a pt1 p474 pt2 p369.
CaCl(g)
CaCL
Gurvich,1996a pt1 p464 pt2 p363.
CaCl+(g)
CaCL+
Gurvich,1996a pt1 p466 pt2 p364.
CaCl2(g)
CaCL2
Gurvich,1996a pt1 p470 pt2 p366.
CaF(g)
CaF
Gurvich,1996a pt1 p456 pt2 p359.
CaF+(g)
CaF+
Gurvich,1996a pt1 p460 pt2 p360.
CaF2(g)
CaF2
Gurvich,1996a pt1 p462 pt2 p362.
CaH(g)
CaH
Gurvich,1996a pt1 p447 pt2 p353.
CaI(g)
CaI
Gurvich,1996a pt1 p474 pt2 p370.
CaI2(g)
CaI2
Gurvich,1996a pt1 p477 pt2 p372.
CaO(g)
CaO
Gurvich,1996a pt1 p443 pt2 p349.
CaO+(g)
CaO+
Gurvich,1996a pt1 p445 pt2 p351.
CaOH(g)
CaOH
Gurvich,1996a pt1 p451 pt2 p355.
CaOH+(g)
CaOH+
Gurvich,1996a pt1 p452 pt2 p356.
Ca(OH)2(g)
Ca(OH)2
Gurvich,1996a pt1 p455 pt2 p358.
CaS(g)
CaS
Gurvich,1996a pt1 p480 pt2 p374.
Ca2(g)
Ca2
Gurvich,1996a pt1 p439 pt2 p347.
Cd(g)
Cd
Cd+(g)
Cd+
Cl(g)
CL
Cl+(g)
CL+
Cl-(g)
CL-
ClCN(g)
CLCN
Gurvich,1991 pt1 p230 pt2 p218
ClF(g)
CLF
Gurvich,1989 pt1 p190 pt2 p97.
ClF3(g)
CLF3
Gurvich,1989 pt1 p193 pt2 p98.
ClF5(g)
CLF5
Gurvich,1989 pt1 p194 pt2 p99.
ClO(g)
CLO
Gurvich,1989 pt1 p180 pt2 p90.
ClO2(g)
CLO2
Gurvich,1989 pt1 p182 pt2 p91.
Cl2(g)
CL2
Ref-Elm. Gurvich,1989 pt1 p177 pt2 p88.
Cl2O(g)
CL2O
Gurvich,1989 pt1 p184 pt2 p92.
Co(g)
Co
Hf:Hultgren,1973. Sugar,1985. Gordon,1999.
Co+(g)
Co+
Co-(g)
Co-
Cr(g)
Cr
Hf:Chase,1998 p963 6/79. Sugar,1985. Gordon,1999.
Cr+(g)
Cr+
Cr-(g)
Cr-
CrN(g)
CrN
Chase,1998 p967.
CrO(g)
CrO
Gurvich,1982 pt1 p13 pt2 p17.
CrO2(g)
CrO2
Gurvich,1982 pt1 p16 pt2 p19.
CrO3(g)
CrO3
Gurvich,1982 pt1 p17 pt2 p20.
CrO3-(g)
CrO3-
Gurvich,1982 pt1 p18 pt2 p21.
Cs(g)
Cs
Cs+(g)
Cs+
Cs-(g)
Cs-
CsBO2(g)
CsBO2
Gurvich,1982 pt1 p505 pt2 p526.
CsBr(g)
CsBr
Gurvich,1982 pt1 p490 pt2 p512.
CsCl(g)
CsCL
Gurvich,1982 pt1 p487 pt2 p509.
CsF(g)
CsF
Gurvich,1982 pt1 p483 pt2 p506.
CsH(g)
CsH
Gurvich,1982 pt1 p477 pt2 p501.
CsI(g)
CsI
Gurvich,1982 pt1 p494 pt2 p515.
CsLi(g)
CsLi
Gurvich,1982 pt1 p505 pt2 p527.
CsNO2(g)
CsNO2
Gurvich,1982 pt1 p499 pt2 p520.
CsNO3(g)
CsNO3
Gurvich,1982 pt1 p501 pt2 p522.
CsNa(g)
CsNa
Gurvich,1982 pt1 p506 pt2 p528.
CsO(g)
CsO
Gurvich,1982 pt1 p471 pt2 p493.
CsOH(g)
CsOH
Gurvich,1997.
CsRb(g)
CsRb
Gurvich,1982 pt1 p508 pt2 p530.
Cs2(g)
Cs2
Gurvich,1982 pt1 p467 pt2 p492.
Cs2Br2(g)
Cs2Br2
Gurvich,1982 pt1 p491 pt2 p513.
Cs2CO3(g)
Cs2CO3
Gurvich,1982 pt1 p503 pt2 p524.
Cs2Cl2(g)
Cs2CL2
Gurvich,1982 pt1 p487 pt2 p510.
Cs2F2(g)
Cs2F2
Gurvich,1982 pt1 p484 pt2 p507.
Cs2I2(g)
Cs2I2
Gurvich,1982 pt1 p495 pt2 p516.
Cs2O(g)
Cs2O
Gurvich,1982 pt1 p473 pt2 p496.
Cs2O+(g)
Cs2O+
Gurvich,1982 pt1 p474 pt2 p497.
Cs2O2(g)
Cs2O2
Gurvich,1982 pt1 p476 pt2 p499.
Cs2O2H2(g)
Cs2O2H2
Cs2SO4(g)
Cs2SO4
Gurvich,1982 pt1 p497 pt2 p518.
Cu(g)
Cu
Hf:Cox,1989. Sugar,1990. Gordon,1999.
Cu+(g)
Cu+
Sugar,1990. Gordon,1999.
Cu-(g)
Cu-
CuCl(g)
CuCL
Chase,1998 p748.
CuF(g)
CuF
Chase,1998 p1013.
CuF2(g)
CuF2
Chase,1998 p1017.
CuO(g)
CuO
Chase,1998 p1020.
CuOH(g)
CuOH
Jacox,1994. Nu1:Whitham,2000. Hf:V.N.Belyaev,1978.
Cu2(g)
Cu2
Chase,1998 p1022.
Cu3Cl3(g)
Cu3CL3
Chase,1998 p874.
D(g)
D
D0(D2): Herzberg,1970. Moore,1972. Gordon,1999.
D+(g)
D+
Moore,1972. Gordon,1999.
D-(g)
D-
DBr(g)
DBr
Gurvich,1989 pt1 p206 pt2 p107.
DCl(g)
DCL
Gurvich,1989 pt1 p188 pt2 p95.
DF(g)
DF
Gurvich,1989 pt1 p172 pt2 p80.
DOCl(g)
DOCL
D0 estimated from HOCL. Jacox,1998 p155.
DO2(g)
DO2
Gurvich,1989 pt1 p138 pt2 p49.
DO2-(g)
DO2-
Gurvich,1989 pt1 p139 pt2 p50.
D2(g)
D2
Ref-Species. Gurvich,1989 pt1 p134 pt2 p45.
D2+(g)
D2+
Chase,1998 p1041.
D2-(g)
D2-
Chase,1998 p1042.
D2O(g)
D2O
Gurvich,1989 pt1 p142 pt2 p51.
D2O2(g)
D2O2
Gurvich,1989 pt1 p142 pt2 p52.
D2S(g)
D2S
Miller,1967. H2S data.
F(g)
F
F+(g)
F+
F-(g)
F-
FCN(g)
FCN
Gurvich,1991 pt1 p229 pt2 p217.
FCO(g)
FCO
Hf:Gurvich,1991 pt1 p87. Jacox,1998 p193.
FO(g)
FO
Chase,1996b p582.
FO2(g),FOO
FO2,FOO
FO2(g),OFO
FO2,OFO
Chase,1996b p583.
F2(g)
F2
Ref-Elm. Gurvich,1989. pt1 p157 pt2 p73.
F2O(g)
F2O
Gurvich,1989 pt1 p161 pt2 p76.
F2O2(g)
F2O2
FOOF. Chase,1996b p585.
FS2F(g)
FS2F
Difluorodisulfane. Chase,1998 p1146.
Fe(g)
Fe
Fe+(g)
Fe+
Fe-(g)
Fe-
Fe(CO)5(g)
Fe(CO)5
Chase,1998 p698.
FeCl(g)
FeCL
Chase,1998 p761.
FeCl2(g)
FeCL2
Chase,1998 p822.
FeCl3(g)
FeCL3
Chase,1998 p879.
FeO(g)
FeO
Chase,1998 p1239.
Fe(OH)2(g)
Fe(OH)2
Chase,1998 p1230.
Fe2Cl4(g)
Fe2CL4
Chase,1998 p891.
Fe2Cl6(g)
Fe2CL6
Chase,1998 p928.
Ga(g)
Ga
Hf:Gurvich,1996a. Moore,1971. Johansson,1967. Gordon,1999.
Ga+(g)
Ga+
IP:Johansson,1967. Moore,1971. Gordon,1999.
GaBr(g)
GaBr
Gurvich,1996a pt1 p239 pt2 p193
GaBr2(g)
GaBr2
Gurvich,1996a pt1 p241 pt2 p194.
GaBr3(g)
GaBr3
Gurvich,1996a pt1 p243 pt2 p196.
GaCl(g)
GaCL
Gurvich,1996a pt1 p231 pt2 p186
GaCl2(g)
GaCL2
Gurvich,1996a pt1 p232 pt2 p187.
GaCl3(g)
GaCL3
Gurvich,1996a pt1 p235 pt2 p189.
GaF(g)
GaF
Gurvich,1996a pt1 p224 pt2 p179
GaF2(g)
GaF2
Gurvich,1996a pt1 p225 pt2 p180.
GaF3(g)
GaF3
Gurvich,1996a pt1 p226 pt2 p182.
GaH(g)
GaH
Gurvich,1996a pt1 p220 pt2 p177
GaI(g)
GaI
Gurvich,1996a pt1 p247 pt2 p200
GaI2(g)
GaI2
Gurvich,1996a pt1 p249 pt2 p201.
GaI3(g)
GaI3
Gurvich,1996a pt1 p250 pt2 p203.
GaO(g)
GaO
Gurvich,1996a pt1 p214 pt2 p174
GaOH(g)
GaOH
Gurvich,1996a pt1 p222 pt2 p178.
Ga2Br2(g)
Ga2Br2
Gurvich,1996a pt1 p244 pt2 p197.
Ga2Br4(g)
Ga2Br4
Gurvich,1996a pt1 p245 pt2 p198.
Ga2Br6(g)
Ga2Br6
Gurvich,1996a pt1 p246 pt2 p199.
Ga2Cl2(g)
Ga2CL2
Gurvich,1996a pt1 p237 pt2 p190.
Ga2Cl4(g)
Ga2CL4
Gurvich,1996a pt1 p237 pt2 p191.
Ga2Cl6(g)
Ga2CL6
Gurvich,1996a pt1 p238 pt2 p192.
Ga2F2(g)
Ga2F2
Gurvich,1996a pt1 p228 pt2 p183.
Ga2F4(g)
Ga2F4
Gurvich,1996a pt1 p228 pt2 p184.
Ga2F6(g)
Ga2F6
Gurvich,1996a pt1 p230 pt2 p185.
Ga2I2(g)
Ga2I2
Gurvich,1996a pt1 p252 pt2 p204.
Ga2I4(g)
Ga2I4
Gurvich,1996a pt1 p253 pt2 p205.
Ga2I6(g)
Ga2I6
Gurvich,1996a pt1 p253 pt2 p206.
Ga2O(g)
Ga2O
Gurvich,1996a pt1 p216 pt2 p175.
Ge(g)
Ge
Hf:Gurvich,1991 pt1 p311. Sugar,1993. Gordon,1999.
Ge+(g)
Ge+
Sugar,1993. Gordon,1999.
Ge-(g)
Ge-
GeBr(g)
GeBr
Gurvich,1991 pt1 p333 pt2 p287.
GeBr2(g)
GeBr2
Gurvich,1991 pt1 p334 pt2 p288.
GeBr3(g)
GeBr3
Gurvich,1991 pt1 p335 pt2 p289.
GeBr4(g)
GeBr4
Gurvich,1991 pt1 p336 pt2 p290.
GeCl(g)
GeCL
Gurvich,1991 pt1 p328 pt2 p283.
GeCl2(g)
GeCL2
Gurvich,1991 pt1 p330 pt2 p284.
GeCl3(g)
GeCL3
Hf:Gurvich,1991 pt1 p331. Gurvich,1979 pt2 p287.
GeCl4(g)
GeCL4
Gurvich,1991 pt1 p332 pt2 p286.
GeF(g)
GeF
Gurvich,1991 pt1 p324 pt2 p279.
GeF2(g)
GeF2
Gurvich,1991 pt1 p326 pt2 p280.
GeF3(g)
GeF3
Hf:Gurvich,1991 pt1 p327. Gurvich,1979 v2 pt2 p283.
GeF4(g)
GeF4
Gurvich,1991 pt1 p328 pt2 p282.
GeH4(g)
GeH4
Barin,1989 pt1 p628.
GeI(g)
GeI
Gurvich,1991 pt1 p337 pt2 p291.
GeO(g)
GeO
Gurvich,1991 pt1 p315 pt2 p274.
GeO2(g)
GeO2
Gurvich,1991 pt1 p323 pt2 p278.
GeS(g)
GeS
Gurvich,1991 pt1 p344 pt2 p297.
GeS2(g)
GeS2
Gurvich,1991 pt1 p347 pt2 p299.
Ge2(g)
Ge2
Gurvich,1991 pt1 p313 pt2 p273.
H(g)
H
D0(H2):Herzberg,1970. Moore,1972. Gordon,1999.
H+(g)
H+
IP(H): Moore,1972. Gordon,1999.
H-(g)
H-
HAlO(g)
HALO
Gurvich,1996a pt1 p147 pt2 p111.
HAlO2(g)
HALO2
Gurvich,1996a pt1 p148 pt2 p112.
HBO(g)
HBO
Boron oxide-hydride Gurvich,1996a pt1 p39,pt2 p23.
HBO+(g)
HBO+
Chase,1998 p223 12/75.
HBO2(g)
HBO2
Gurvich,1996a pt1 p42 pt2 p26.
HBS(g)
HBS
Chase,1998 p227 12/75. Jacox,1994.
HBS+(g)
HBS+
Chase,1998 p228 12/75. Jacox,1998 p141.
HBr(g)
HBr
Gurvich,1989 pt1 p205 pt2 p106.
HCN(g)
HCN
Hf: East,1993. Gurvich,1991 pt1 p226.
HCO(g)
HCO
Hf:Terentis,1996. Jacox,1998 p146.
HCO+(g)
HCO+
Formyl ion. Hf:Chase,1998 p603 12/70. Jacox,1998 p145.
HCCN(g)
HCCN
Gurvich,1989 pt1 p228 pt2 p216.
HCCO(g)
HCCO
Ketenyl rad. Osborn,1997. Szalay,1996. Jacox,1998 p156.
HCl(g)
HCL
Gurvich,1989 pt1 p186 pt2 p93.
HD(g)
HD
Gurvich,1989 pt1 p144 pt2 p53.
HD+(g)
HD+
Chase,1998 p1034.
HDO(g)
HDO
Gurvich,1989 pt1 p145 pt2 p55.
HDO2(g)
HDO2
Gurvich,1989 pt1 p146 pt2 p56.
HF(g)
HF
Gurvich,1989 pt1 p162 pt2 p77.
HI(g)
HI
Chase,1998 p1265.
HNC(g)
HNC
Hf:Gurvich,1991 pt1 p227. Jacox,1998 p145.
HNCO(g)
HNCO
Hf:East,1993. Jacox,1998 p236.
HNO(g)
HNO
Gurvich,1989 pt1 p362 pt2 p227. Jacox,1998 p151.
HNO2(g)
HNO2
Cis-trans. Gurvich,1989 pt1 p363 pt2 p228.
HNO3(g)
HNO3
Gurvich,1989 pt1 p367 pt2 p231.
HOCl(g)
HOCL
Hf:Gurvich,1989 pt1 p187. Jacox,1998 p155.
HOF(g)
HOF
Gurvich,1989 pt1 p171 pt2 p79.
HO2(g)
HO2
Hf:Hills,1984 & NASA data. Jacox,1998 p153.
HO2-(g)
HO2-
B3LYP. EA: Oakes, 1985.
HPO(g)
HPO
Hf:Gurvich,1989 pt1 p424. Jacox,1994 p46.
HSO3F(g)
HSO3F
Chase,1998 p1057.
H2(g)
H2
Ref-Elm. Gurvich,1978 pt1 p103 pt2 p31.
H2+(g)
H2+
Gurvich,1978 pt1 p107 pt2 p33.
H2-(g)
H2-
Chase,1998 p1312.
HBOH(g)
HBOH
Gurvich,1996a pt1 p44 pt2 p27.
HCHO(g),formaldehy
HCHO,formaldehy
Hf:TRC(6/78) w-5300. Gurvich,1991 pt1 p62 pt2 p47.
HCOOH(g)
HCOOH
Formic acid. Chao,1978.
H2F2(g)
H2F2
Gurvich,1989 v1 pt1 p164 pt2 p308.
H2O(g)
H2O
Hf:Cox,1989. Woolley,1987. TRC(10/88) tuv25.
H2O+(g)
H2O+
Gurvich,1989 pt1 p125 pt2 p38.
H2O2(g)
H2O2
Hf:Gurvich,1989 pt1 p127. Gurvich,1978 pt1 p121.
H2S(g)
H2S
Gurvich,1989 pt1 p298 pt2 p181.
H2SO4(g)
H2SO4
Gurvich,1989 pt1 p300 pt2 p182.
H2BOH(g)
H2BOH
Gurvich,1996a pt1 p46 pt2 p29.
HB(OH)2(g)
HB(OH)2
Gurvich,1996a pt1 p47 pt2 p30.
H3BO3(g)
H3BO3
Gurvich,1996a pt1 p50 pt2 p32.
H3B3O3(g)
H3B3O3
Gurvich,1996a pt1 p53 pt2 p34.
H3B3O6(g)
H3B3O6
Gurvich,1996a pt1 p55 pt2 p35.
H3F3(g)
H3F3
Gurvich,1989 pt1 p166 pt2 p309.
H3O+(g)
H3O+
Gurvich,1989 pt1 p130 pt2 p41.
(HCOOH)2(g)
(HCOOH)2
Formic acid dimer. Chao,1978.
H4F4(g)
H4F4
Gurvich,1989 pt1 p167 pt2 p310.
H5F5(g)
H5F5
Gurvich,1989 pt1 p168 pt2 p311.
H6F6(g)
H6F6
Gurvich,1989 pt1 p169 pt2 p312.
H7F7(g)
H7F7
Gurvich,1989 pt1 p170 pt2 p313.
He(g)
He
Ref-Elm. Moore,1971. Moore,1970a. Gordon,1999.
He+(g)
He+
Moore,1971; Moore,1970a. Gordon,1999.
Hg(g)
Hg
Hg+(g)
Hg+
HgBr2(g)
HgBr2
Hf: Pankratz,1984. Chase,1998 p485 3/62.
I(g)
I
I+(g)
I+
I-(g)
I-
IF5(g)
IF5
Gurvich,1989 pt1 p232 pt2 p123.
IF7(g)
IF7
Gurvich,1989 pt1 p234 pt2 p124.
I2(g)
I2
Gurvich,1989 pt1 p220 pt2 p117.
In(g)
In
Hf:Gurvich,1996a. Johansson,1967. Moore,1971. Gordon,1999.
In+(g)
In+
InBr(g)
InBr
Gurvich,1996a pt1 p291 pt2 p233
InBr2(g)
InBr2
Gurvich,1996a pt1 p292 pt2 p234.
InBr3(g)
InBr3
Gurvich,1996a pt1 p292 pt2 p236.
InCl(g)
InCL
Gurvich,1996a pt1 p281 pt2 p225
InCl2(g)
InCL2
Gurvich,1996a pt1 p283 pt2 p226.
InCl3(g)
InCL3
Gurvich,1996a pt1 p286 pt2 p228.
InF(g)
InF
Gurvich,1996a pt1 p272 pt2 p217.
InF2(g)
InF2
Gurvich,1996a pt1 p274 pt2 p218.
InF3(g)
InF3
Gurvich,1996a pt1 p276 pt2 p220.
InH(g)
InH
Gurvich,1996a pt1 p269 pt2 p215
InI(g)
InI
Gurvich,1996a pt1 p298 pt2 p241.
InI2(g)
InI2
Gurvich,1996a pt1 p300 pt2 p243.
InI3(g)
InI3
Gurvich,1996a pt1 p301 pt2 p245.
InO(g)
InO
Gurvich,1996a pt1 p261 pt2 p212
InOH(g)
InOH
Gurvich,1996a pt1 p271 pt2 p216.
In2Br2(g)
In2Br2
Gurvich,1996a pt1 p294 pt2 p237.
In2Br4(g)
In2Br4
Gurvich,1996a pt1 p295 pt2 p238.
In2Br6(g)
In2Br6
Gurvich,1996a pt1 p296 pt2 p239.
In2Cl2(g)
In2CL2
Gurvich,1996a pt1 p287 pt2 p229.
In2Cl4(g)
In2CL4
Gurvich,1996a pt1 p287 pt2 p230.
In2Cl6(g)
In2CL6
Gurvich,1996a pt1 p288 pt2 p231.
In2F2(g)
In2F2
Gurvich,1996a pt1 p276 pt2 p221.
In2F4(g)
In2F4
Gurvich,1996a pt1 p277 pt2 p222.
In2F6(g)
In2F6
Gurvich,1996a pt1 p279 pt2 p223.
In2I2(g)
In2I2
Gurvich,1996a pt1 p303 pt2 p246.
In2I4(g)
In2I4
Gurvich,1996a pt1 p304 pt2 p247.
In2I6(g)
In2I6
Gurvich,1996a pt1 p305 pt2 p248.
In2O(g)
In2O
Gurvich,1996a pt1 p264 pt2 p213.
K(g)
K
Hf:Cox,1989. Sugar,1985. Gordon 1999.
K+(g)
K+
Sugar,1985. Gordon 1999.
K-(g)
K-
Hotop,1985. Gordon 1999.
KAlF4(g)
KALF4
Gurvich,1982 pt1 p417 pt2 p441.
KBO2(g)
KBO2
Gurvich,1982 pt1 p415 pt2 p439.
KBr(g)
KBr
Gurvich,1982 pt1 p396 pt2 p423.
KCN(g)
KCN
Chase,1998 p620.
KCl(g)
KCL
Gurvich,1982 pt1 p393 pt2 p420.
KF(g)
KF
Gurvich,1982 pt1 p389 pt2 p417.
KH(g)
KH
Gurvich,1982 pt1 p383 pt2 p412.
KI(g)
KI
Gurvich,1982 pt1 p400 pt2 p426.
KLi(g)
KLi
Gurvich,1982 pt1 p419 pt2 p444.
KNO2(g)
KNO2
Gurvich,1982 pt1 p406 pt2 p431.
KNO3(g)
KNO3
Gurvich,1982 pt1 p409 pt2 p433.
KNa(g)
KNa
Gurvich,1982 pt1 p420 pt2 p445.
KO(g)
KO
Gurvich,1982 pt1 p375 pt2 p404.
KOH(g)
KOH
K2(g)
K2
Gurvich,1982 pt1 p370 pt2 p402.
K2+(g)
K2+
298.15 - 3000
Gurvich,1982 pt1 p374 pt2 p403.
K2Br2(g)
K2Br2
Gurvich,1982 pt1 p397 pt2 p424.
K2CO3(g)
K2CO3
Gurvich,1982 pt1 p411 pt2 p435.
K2C2N2(g)
K2C2N2
Chase,1998 p678.
K2Cl2(g)
K2CL2
Gurvich,1982 pt1 p393 pt2 p421.
K2F2(g)
K2F2
Gurvich,1982 pt1 p389 pt2 p418.
K2I2(g)
K2I2
Gurvich,1982 pt1 p401 pt2 p427.
K2O(g)
K2O
Gurvich,1982 pt1 p377 pt2 p407.
K2O+(g)
K2O+
Gurvich,1982 pt1 p379 pt2 p408.
K2O2(g)
K2O2
Gurvich,1982 pt1 p381 pt2 p410.
K2O2H2(g)
K2O2H2
K2SO4(g)
K2SO4
Gurvich,1982 pt1 p404 pt2 p429.
Kr(g)
Kr
Ref-Elm. Sugar,1991.
Kr+(g)
Kr+
Sugar,1991. Gordon,1999.
Li(g)
Li
Li+(g)
Li+
Li-(g)
Li-
LiAlF4(g)
LiALF4
Gurvich,1982 pt1 p300 pt2 p333.
LiBO2(g)
LiBO2
Gurvich,1982 pt1 p299 pt2 p332.
LiBr(g)
LiBr
Gurvich,1982 pt1 p285 pt2 p318.
LiCl(g)
LiCL
Gurvich,1982 pt1 p281 pt2 p314.
LiF(g)
LiF
Gurvich,1982 pt1 p275 pt2 p310.
LiH(g)
LiH
Gurvich,1982 pt1 p265 pt2 p301.
LiI(g)
LiI
Gurvich,1982 pt1 p289 pt2 p322.
LiN(g)
LiN
Chase,1998 p1500.
LiNO2(g)
LiNO2
Gurvich,1982 pt1 p294 pt2 p327.
LiNO3(g)
LiNO3
Gurvich,1982 pt1 p296 pt2 p329.
LiO(g)
LiO
Gurvich,1982 pt1 p256 pt2 p294.
LiOF(g)
LiOF
Chase,1998 p1069.
LiOH(g)
LiOH
Gurvich,1996b.
LiON(g)
LiON
Chase,1998 p1501.
Li2(g)
Li2
Chase,1998 p1505.
Li2+(g)
Li2+
Gurvich,1982 pt1 p249 pt2 p292.
Li2Br2(g)
Li2Br2
Gurvich,1982 pt1 p286 pt2 p319.
Li2Cl2(g)
Li2CL2
Gurvich,1982 pt1 p282 pt2 p315.
Li2F2(g)
Li2F2
Gurvich,1982 pt1 p276 pt2 p311.
Li2I2(g)
Li2I2
Gurvich,1982 pt1 p290 pt2 p323.
Li2O(g)
Li2O
Gurvich,1982 pt1 p259 pt2 p296.
Li2O+(g)
Li2O+
Gurvich,1982 pt1 p260 pt2 p297.
Li2O2(g)
Li2O2
Gurvich,1982 pt1 p262 pt2 p299.
Li2O2H2(g)
Li2O2H2
Li2SO4(g)
Li2SO4
Chase,1998 p1522.
Li3+(g)
Li3+
Gurvich,1982 pt1 p251 pt2 p293.
Li3Br3(g)
Li3Br3
Gurvich,1982 pt1 p287 pt2 p320.
Li3Cl3(g)
Li3CL3
Gurvich,1982 pt1 p283 pt2 p316.
Li3F3(g)
Li3F3
Gurvich,1982 pt1 p278 pt2 p312.
Li3I3(g)
Li3I3
Gurvich,1982 pt1 p290 pt2 p324.
Mg(g)
Mg
Hf:Cox,1989. Kaufman,1991a. Gordon,1999.
Mg+(g)
Mg+
Kaufman,1991a. Gordon,1999.
MgBr(g)
MgBr
Gurvich,1996a pt1 p417 pt2 p331.
MgBr2(g)
MgBr2
Gurvich,1996a pt1 p420 pt2 p333.
MgCl(g)
MgCL
Gurvich,1996a pt1 p412 pt2 p328.
MgCl+(g)
MgCL+
Chase,1998 p786 6/68.
MgCl2(g)
MgCL2
Gurvich,1996a pt1 p416 pt2 p330.
MgF(g)
MgF
Gurvich,1996a pt1 p408 pt2 p325.
MgF+(g)
MgF+
Chase,1998 p1071 12/75.
MgF2(g)
MgF2
Gurvich,1996a pt1 p411 pt2 p327.
MgF2+(g)
MgF2+
Chase,1998 p1122 12/75.
MgH(g)
MgH
Gurvich,1996a pt1 p401 pt2 p320.
MgI(g)
MgI
Gurvich,1996a pt1 p420 pt2 p334.
MgI2(g)
MgI2
Gurvich,1996a pt1 p423 pt2 p336.
MgN(g)
MgN
Chase,1998 p1535.
MgO(g)
MgO
Gurvich,1996a pt1 p398 pt2 p318.
MgOH(g)
MgOH
Gurvich,1996a pt1 p404 pt2 p322.
MgOH+(g)
MgOH+
Chase,1998 p1285 12/75.
Mg(OH)2(g)
Mg(OH)2
Gurvich,1996a pt1 p407 pt2 p324.
MgS(g)
MgS
Gurvich,1996a pt1 p425 pt2 p338.
Mg2(g)
Mg2
Gurvich,1996a pt1 p393 pt2 p316.
Mg2F4(g)
Mg2F4
Chase,1998 p1178.
Mn(g)
Mn
Hf:Desai,1987. Sugar,1985. Gordon,1999.
Mn+(g)
Mn+
Mo(g)
Mo
Hf:Desai,1987. Sugar,1988. Gordon,1999.
Mo+(g)
Mo+
Sugar,1988. Gordon,1999.
Mo-(g)
Mo-
MoO(g)
MoO
Gurvich,1982 pt1 p25 pt2 p30.
MoO2(g)
MoO2
Gurvich,1982 pt1 p28 pt2 p33.
MoO3(g)
MoO3
Gurvich,1982 pt1 p31 pt2 p35.
MoO3-(g)
MoO3-
Gurvich,1982 pt1 p32 pt2 p36.
Mo2O6(g)
Mo2O6
Gurvich,1982 pt1 p33 pt2 p37.
Mo3O9(g)
Mo3O9
Gurvich,1982 pt1 p34 pt2 p38.
Mo4O12(g)
Mo4O12
Gurvich,1982 pt1 p36 pt2 p39.
Mo5O15(g)
Mo5O15
Gurvich,1982 pt1 p38 pt2 p40.
N(g)
N
Hf:Cox,1989. Moore,1975. Gordon,1999.
N+(g)
N+
Moore,1975. Gordon,1999.
N-(g)
N-
Hotop,1985. Chase,1998 p1602. Gordon,1999.
NCO(g)
NCO
Hf:East,1993. Jacox,1998 p184.
ND(g)
ND
Hf:est. from NH,H&D data. Chase,1998 p1037 6/77.
ND2(g)
ND2
Hf:est. from NH2,H,&D data. Jacox,1998 p133.
ND3(g)
ND3
Hf:est. from NH3,H,&D data. Chase,1998 p1047 6/77.
NF(g)
NF
Gurvich,1989 pt1 p372 pt2 p234. Gurvich,1978 pt2 p243.
NF2(g)
NF2
Gurvich,1989 pt1 p373. McBride,1992 METHOD NRRAO1.
NF3(g)
NF3
Gurvich,1989 pt1 p375. McBride,1992 METHOD NRRAO2.
NH(g)
NH
Hf:Anderson,1989. Gurvich,1978 pt2 p223.
NH+(g)
NH+
Hf:Gibson,1985. Gurvich,1989 pt2 p216.
NHF(g)
NHF
Gurvich,1989 pt1 p386 pt2 p247.
NHF2(g)
NHF2
Gurvich,1989 pt1 p388 pt2 p249.
NH2(g)
NH2
Hf:Anderson,1989. Gurvich,1989 pt1 p349.Jacox,1998 p133.
NH2F(g)
NH2F
Gurvich,1989 pt1 p387 pt2 p248.
NH3(g)
NH3
Gurvich,1989 pt1 p354 pt2 p219. Haar,1968.
NH2OH(g)
NH2OH
Hydroxylamine. Gurvich,1989 pt1 p368 pt2 p232.
NH4+(g)
NH4+
Gurvich,1989 pt1 p355 pt2 p220.
NO(g)
NO
Gurvich,1978,1989 pt1 p326 pt2 p203.
NO+(g)
NO+
Cp,S,IP(NO): Gurvich,1989 pt1 p330 pt2 p205.
NOCl(g)
NOCL
Gurvich,1989 pt1 p389. McBride,1992 METHOD PANDK.
NOF(g)
NOF
Gurvich,1989 pt1 p382. McBride,1992 METHOD NRRAO2.
NOF3(g)
NOF3
Gurvich,1989 pt1 p385 pt2 p246.
NO2(g)
NO2
Gurvich,1989 pt1 p332 pt2 p207.
NO2-(g)
NO2-
Gurvich,1989 pt1 p334 pt2 p208.
NO2Cl(g)
NO2CL
Gurvich,1989 pt1 p391. McBride,1992 METHOD NRRAO1.
NO2F(g)
NO2F
Gurvich,1989 pt1 p349. McBride,1992 METHOD NRRAO1.
NO3(g)
NO3
Chase,1998 p1607.
NO3-(g)
NO3-
Gurvich,1989 pt1 p335 pt2 p209.
NO3F(g)
NO3F
Gurvich,1989 pt1 p384 pt2 p245.
N2(g)
N2
Ref-Elm. Gurvich,1978 pt1 p280 pt2 p207.
N2+(g)
N2+
Gurvich,1989 pt1 p323 pt2 p200.
N2-(g)
N2-
Chase,1998 p1623.
NCN(g)
NCN
Hf:Gurvich,1991 pt1 p219. Jacox,1998 p180.
N2D2(g),cis
N2D2,cis
Hf:Use NASA data for N2H2,H,&D. Chase,1998 p1044 6/77.
N2F2(g)
N2F2
Gurvich,1989 pt1 p377 pt2 p237.
N2F4(g)
N2F4
Gurvich,1989 pt1 p380 pt2 p240.
N2H2(g)
N2H2
Gurvich,1989 pt1 p356.Trans,cis,& 1,1 in equilibrium.
NH2NO2(g)
NH2NO2
Aminyl Nitrite. Gurvich,1989 pt1 p370 pt2 p233.
N2H4(g)
N2H4
Gurvich,1989 pt1 p360 pt2 p225.
N2O(g)
N2O
Gurvich,1989 pt1 p337 pt2 p210.
N2O+(g)
N2O+
Chase,1998 p1625.
N2O3(g)
N2O3
Gurvich,1989 pt1 p338 pt2 p211.
N2O4(g)
N2O4
Gurvich,1989 pt1 p342 pt2 p212.
N2O5(g)
N2O5
Gurvich,1989 pt1 p343 pt2 p213.
N3(g)
N3
Gurvich,1989 pt1 p325 pt2 p202.
N3H(g)
N3H
Gurvich,1989 pt1 p362 pt2 p226.
Na(g)
Na
Hf:Cox,1989. Martin,W.C.,1981. Gordon,1999.
Na+(g)
Na+
Martin,W.C.,1981. Gordon,1999.
Na-(g)
Na-
NaAlF4(g)
NaALF4
Gurvich,1982 pt1 p359 pt2 p393.
NaBO2(g)
NaBO2
Gurvich,1982 pt1 p358 pt2 p392.
NaBr(g)
NaBr
Gurvich,1982 pt1 p342 pt2 p379.
NaCN(g)
NaCN
Chase,1998 p634.
NaCl(g)
NaCL
Gurvich,1982 pt1 p337 pt2 p375.
NaF(g)
NaF
Gurvich,1982 pt1 p332 pt2 p371.
NaH(g)
NaH
Gurvich,1982 pt1 p326 pt2 p366.
NaI(g)
NaI
Gurvich,1982 pt1 p345 pt2 p382.
NaLi(g)
NaLi
Gurvich,1982 pt1 p363 pt2 p396.
NaNO2(g)
NaNO2
Gurvich,1982 pt1 p352 pt2 p387.
NaNO3(g)
NaNO3
Gurvich,1982 pt1 p355 pt2 p389.
NaO(g)
NaO
Gurvich,1982 pt1 p318 pt2 p358.
NaOH(g)
NaOH
NaOH+(g)
NaOH+
Chase,1998 p1297 12/71. Jacox,1994.
Na2(g)
Na2
Gurvich,1982 pt1 p314 pt2 p357.
Na2Br2(g)
Na2Br2
Gurvich,1982 pt1 p342 pt2 p380.
Na2Cl2(g)
Na2CL2
Gurvich,1982 pt1 p338 pt2 p376.
Na2F2(g)
Na2F2
Gurvich,1982 pt1 p333 pt2 p372.
Na2I2(g)
Na2I2
Gurvich,1982 pt1 p346 pt2 p383.
Na2O(g)
Na2O
Gurvich,1982 pt1 p321 pt2 p361.
Na2O+(g)
Na2O+
Gurvich,1982 pt1 p322 pt2 p362.
Na2O2(g)
Na2O2
Gurvich,1982 pt1 p324 pt2 p364.
Na2O2H2(g)
Na2O2H2
Na2SO4(g)
Na2SO4
Gurvich,1982 pt1 p349 pt2 p385.
Na3Cl3(g)
Na3CL3
Gurvich,1982 pt1 p339 pt2 p377.
Na3F3(g)
Na3F3
Gurvich,1982 pt1 p334 pt2 p373.
Nb(g)
Nb
Hf:Gurvich,1982. Moore,1971. Moore,1970a. Gordon,1999.
Nb+(g)
Nb+
Nb-(g)
Nb-
NbCl5(g)
NbCL5
Chase,1998 p918.
NbO(g)
NbO
Gurvich,1982 pt1 p76 pt2 p78.
NbOCl3(g)
NbOCL3
Barin,1989. Wagman,1982.
NbO2(g)
NbO2
Gurvich,1982 pt1 p80 pt2 p81.
Ne(g)
Ne
Ne+(g)
Ne+
Ni(g)
Ni
Hf:Hultgren,1973. Litzen,1993. Gordon,1999.
Ni+(g)
Ni+
Ni-(g)
Ni-
NiCl(g)
NiCL
Chase,1998 p794.
NiCl2(g)
NiCL2
Chase,1998 p840.
NiO(g)
NiO
Pedley,1983 p1012 p1019.
NiS(g)
NiS
Chase,1998 p1707.
O(g)
O
D0(O2):Brix,1954. Moore,1976. Gordon,1999.
O+(g)
O+
Martin,W.C.,1993. Gordon,1999.
O-(g)
O-
Gurvich,1989 pt1 p93. Hotop,1985. Gordon,1999.
OD(g)
OD
D0(OH)with ZPEadj. Gurvich,1989 pt1 p135 pt2 p47.
OD-(g)
OD-
Gurvich,1989 pt1 p137 pt2 p48.
OH(g)
OH
D0(H-OH): Ruscic,2002. Gurvich,1978 pt1 p110 pt2 p37.
OH+(g)
OH+
IP: Wiedmann,1992. Gurvich,1978 v1 pt2 p39.
OH-(g)
OH-
Gurvich,1989 pt1 p118 pt2 p32.
O2(g)
O2
Ref-Elm. Gurvich,1989 pt1 p94 pt2 p9.
O2+(g)
O2+
Gurvich,1989 pt1 p98 pt2 p11.
O2-(g)
O2-
Gurvich,1989 pt1 p100 pt2 p13.
O3(g)
O3
Gurvich,1989 pt1 p101 pt2 p15.
P(g)
P
Hf:Cox,1989. Martin,W.C.,1985. Gordon,1999.
P+(g)
P+
Martin,W.C.,1985. Gordon,1999.
P-(g)
P-
PCl(g)
PCL
Gurvich,1989 pt1 p431 pt2 p282.
PCl2(g)
PCL2
Gurvich,1989 pt1 p432 pt2 p283.
PCl2-(g)
PCL2-
Gurvich,1989 pt1 p433 pt2 p284.
PCl3(g)
PCL3
Gurvich,1989 pt1 p433 pt2 p285.
PCl5(g)
PCL5
Gurvich,1989 pt1 p435 pt2 p286.
PF(g)
PF
Gurvich,1989 pt1 p425 pt2 p276.
PF+(g)
PF+
Chase,1998 p1086.
PF-(g)
PF-
Chase,1998 p1087.
PFCl(g)
PFCL
Gurvich,1989 pt1 p437 pt2 p288.
PFCl-(g)
PFCL-
Gurvich,1989 pt1 p438 pt2 p289.
PFCl2(g)
PFCL2
Gurvich,1989 pt1 p440 pt2 p292.
PFCl4(g)
PFCL4
Gurvich,1989 pt1 p442 pt2 p295.
PF2(g)
PF2
Gurvich,1989 pt1 p426 pt2 p277.
PF2-(g)
PF2-
Gurvich,1989 pt1 p426 pt2 p278.
PF2Cl(g)
PF2CL
Gurvich,1989 pt1 p439 pt2 p290.
PF2Cl3(g)
PF2CL3
Gurvich,1989 pt1 p442 pt2 p294.
PF3(g)
PF3
Gurvich,1989 pt1 p427 pt2 p279.
PF3Cl2(g)
PF3CL2
Gurvich,1989 pt1 p441 pt2 p293.
PF4Cl(g)
PF4CL
Gurvich,1989 pt1 p439 pt2 p291.
PF5(g)
PF5
Gurvich,1989 pt1 p429 pt2 p280.
PH(g)
PH
Gurvich,1989 pt1 p420 pt2 p272.
PH2(g)
PH2
Gurvich,1989 pt1 p422 pt2 p273.
PH2-(g)
PH2-
Gurvich,1989 pt1 p423 pt2 p274.
PH3(g)
PH3
Chase,1998 p1348.
PN(g)
PN
Gurvich,1989 pt1 p446 pt2 p299.
PO(g)
PO
Gurvich,1989 pt1 p404 pt2 p258.
PO-(g)
PO-
Gurvich,1989 pt1 p407 pt2 p259.
POCl3(g)
POCL3
Gurvich,1989 pt1 p436 pt2 p287.
POFCl2(g)
POFCL2
Gurvich,1989 pt1 p444 pt2 p297.
POF2Cl(g)
POF2CL
Gurvich,1989 pt1 p443 pt2 p296.
POF3(g)
POF3
Gurvich,1989 pt1 p430 pt2 p281.
PO2(g)
PO2
Gurvich,1989 pt1 p408 pt2 p260.
PO2-(g)
PO2-
Gurvich,1989 pt1 p409 pt2 p261.
PS(g)
PS
Gurvich,1989 pt1 p444 pt2 p298.
P2(g)
P2
Gurvich,1989 pt1 p398 pt2 p255.
P2O3(g)
P2O3
Gurvich,1989 pt1 p410 pt2 p262.
P2O4(g)
P2O4
Gurvich,1989 pt1 p411 pt2 p263.
P2O5(g)
P2O5
Gurvich,1989 pt1 p411 pt2 p264.
P3(g)
P3
Gurvich,1989 pt1 p402 pt2 p256.
P3O6(g)
P3O6
Gurvich,1989 pt1 p412 pt2 p265.
P4(g)
P4
Gurvich,1989 pt1 p402 pt2 p257.
P4O6(g)
P4O6
Gurvich,1989 pt1 p413 pt2 p266.
P4O7(g)
P4O7
Gurvich,1989 pt1 p414 pt2 p267.
P4O8(g)
P4O8
Gurvich,1989 pt1 p415 pt2 p268.
P4O9(g)
P4O9
Gurvich,1989 pt1 p416 pt2 p269.
P4O10(g)
P4O10
Gurvich,1989 pt1 p419 pt2 p271.
Pb(g)
Pb
Hf:Gurvich,1991. Moore,1971. Moore,1970a. Gordon,1999.
Pb+(g)
Pb+
Moore1971. Moore,1970a. Gordon,1999.
Pb-(g)
Pb-
PbBr(g)
PbBr
Gurvich,1991 pt1 p434 pt2 p360.
PbBr2(g)
PbBr2
Gurvich,1991 pt1 p437 pt2 p362.
PbBr3(g)
PbBr3
Gurvich,1991 pt1 p438 pt2 p363.
PbBr4(g)
PbBr4
Gurvich,1991 pt1 p439 pt2 p364.
PbCl(g)
PbCL
Gurvich,1991 pt1 p427 pt2 p355.
PbCl2(g)
PbCL2
Gurvich,1991 pt1 p430 pt2 p357.
PbCl3(g)
PbCL3
Gurvich,1991 pt1 p432 pt2 p358.
PbCl4(g)
PbCL4
Gurvich,1991 pt1 p433 pt2 p359.
PbF(g)
PbF
Gurvich,1991 pt1 p419 pt2 p350.
PbF2(g)
PbF2
Gurvich,1991 pt1 p424 pt2 p352.
PbF3(g)
PbF3
Gurvich,1991 pt1 p425 pt2 p353.
PbF4(g)
PbF4
Gurvich,1991 pt1 p426 pt2 p354.
PbI(g)
PbI
Gurvich,1991 pt1 p440 pt2 p365.
PbI2(g)
PbI2
Gurvich,1991 pt1 p443 pt2 p367.
PbI3(g)
PbI3
Gurvich,1991 pt1 p444 pt2 p368.
PbI4(g)
PbI4
Gurvich,1991 pt1 p445 pt2 p369.
PbO(g)
PbO
Gurvich,1991 pt1 p413 pt2 p345.
PbO2(g)
PbO2
Gurvich,1991 pt1 p416 pt2 p347.
PbS(g)
PbS
Gurvich,1991 pt1 p448 pt2 p371.
PbS2(g)
PbS2
Gurvich,1991 pt1 p450 pt2 p372.
Rb(g)
Rb
Rb+(g)
Rb+
Rb-(g)
Rb-
RbBO2(g)
RbBO2
Gurvich,1982 pt1 p459 pt2 p483.
RbBr(g)
RbBr
Gurvich,1982 pt1 p446 pt2 p470.
RbCl(g)
RbCL
Gurvich,1982 pt1 p443 pt2 p467.
RbF(g)
RbF
Gurvich,1982 pt1 p440 pt2 p464.
RbH(g)
RbH
Gurvich,1982 pt1 p435 pt2 p459.
RbI(g)
RbI
Gurvich,1982 pt1 p449 pt2 p473.
RbK(g)
RbK
Gurvich,1982 pt1 p462 pt2 p486.
RbLi(g)
RbLi
Gurvich,1982 pt1 p460 pt2 p484.
RbNO2(g)
RbNO2
Gurvich,1982 pt1 p454 pt2 p478.
RbNO3(g)
RbNO3
Gurvich,1982 pt1 p456 pt2 p480.
RbNa(g)
RbNa
Gurvich,1982 pt1 p461 pt2 p485.
RbO(g)
RbO
Gurvich,1982 pt1 p429 pt2 p452.
RbOH(g)
RbOH
Rb2Br2(g)
Rb2Br2
Gurvich,1982 pt1 p447 pt2 p471.
Rb2Cl2(g)
Rb2CL2
Gurvich,1982 pt1 p444 pt2 p468.
Rb2F2(g)
Rb2F2
Gurvich,1982 pt1 p441 pt2 p465.
Rb2I2(g)
Rb2I2
Gurvich,1982 pt1 p450 pt2 p474.
Rb2O(g)
Rb2O
Gurvich,1982 pt1 p431 pt2 p455.
Rb2O2(g)
Rb2O2
Gurvich,1982 pt1 p434 pt2 p457.
Rb2O2H2(g)
Rb2O2H2
Gurvich,1997. .
Rb2SO4(g)
Rb2SO4
Gurvich,1982 pt1 p452 pt2 p476.
Rn(g)
Rn
Rn+(g)
Rn+
S(g)
S
Hf: Cox,1989 p22. Martin,W.C.,1990. Gordon,1999.
S+(g)
S+
Martin,W.C.,1990. Gordon,1999.
S-(g)
S-
SCl(g)
SCL
Chase,1998 p803.
SCl2(g)
SCL2
Chase,1998 p856.
SCl2+(g)
SCL2+
Chase,1998 p857.
SD(g)
SD
Chase,1998 p1039.
SF(g)
SF
Gurvich,1989 pt1 p302 pt2 p183.
SF+(g)
SF+
Chase,1998 p1091 6/76.
SF-(g)
SF-
Gurvich,1989 pt1 p304 pt2 p184.
SF2(g)
SF2
Gurvich,1989 pt1 p305 pt2 p185.
SF2+(g)
SF2+
Chase,1998 p1144 12/76.
SF2-(g)
SF2-
Chase,1998 p1145 12/76.
SF3(g)
SF3
Gurvich,1989 pt1 p306 pt2 p186.
SF3+(g)
SF3+
Chase,1998 p1170.
SF3-(g)
SF3-
Gurvich,1989 pt1 p307 pt2 p187.
SF4(g)
SF4
Gurvich,1989 pt1 p307 pt2 p188.
SF4+(g)
SF4+
Chase,1998 p1188.
SF4-(g)
SF4-
Chase,1998 p1189.
SF5(g)
SF5
Gurvich,1989 pt1 p308 pt2 p189.
SF5+(g)
SF5+
Chase,1998 p1200.
SF5-(g)
SF5-
Gurvich,1989 pt1 p309 pt2 p190.
SF6(g)
SF6
Gurvich,1989 pt1 p311 pt2 p191.
SF6-(g)
SF6-
Chase,1998 p1206.
SH(g)
SH
D0:Continetti,1991. Gurvich,1989 pt1 p296 pt2 p179.
SH-(g)
SH-
Gurvich,1989 pt1 p297 pt2 p180.
SN(g)
SN
Gurvich,1989 pt1 p392 pt2 p252.
SO(g)
SO
Gurvich,1989 pt1 p286 pt2 p173.
SO-(g)
SO-
Gurvich,1989 pt1 p288 pt2 p174.
SOF2(g)
SOF2
Gurvich,1989 pt1 p312 pt2 p192.
SO2(g)
SO2
Gurvich,1989 pt1 p288 pt2 p175.
SO2-(g)
SO2-
Gurvich,1989 pt1 p290 pt2 p176.
SO2Cl2(g)
SO2CL2
Chase,1998 p847.
SO2FCl(g)
SO2FCL
Chase,1998 p754.
SO2F2(g)
SO2F2
Gurvich,1989 pt1 p313 pt2 p193.
SO3(g)
SO3
Gurvich,1989 pt1 p292 pt2 p177.
S2(g)
S2
Gurvich,1989 pt1 p270 pt2 p165.
S2-(g)
S2-
Gurvich,1989 pt1 p274 pt2 p166.
S2Cl2(g)
S2CL2
Chase,1998 p859 6/78.
S2F2(g)
S2F2
Thiothionyl fluoride. Chase,1998 p1147.
S2O(g)
S2O
Gurvich,1989 pt1 p293 pt2 p178.
S3(g)
S3
Gurvich,1989 pt1 p275 pt2 p167.
S4(g)
S4
Gurvich,1989 pt1 p280 pt2 p168.
S5(g)
S5
Gurvich,1989 pt1 p281 pt2 p169.
S6(g)
S6
Gurvich,1989 pt1 p282 pt2 p170.
S7(g)
S7
Gurvich,1989 pt1 p283 pt2 p171.
S8(g)
S8
Gurvich,1989 pt1 p284 pt2 p172.
Sc(g)
Sc
Hf:Gurvich,1982. Sugar,1985. Gordon,1999.
Sc+(g)
Sc+
Sc-(g)
Sc-
Hotop,1985. Used J from isoelectronic Ti. Gordon,1999.
ScO(g)
ScO
D0,Props(extrap):Gurvich,1982 pt1 p140 pt2 p143.
ScO+(g)
ScO+
D0,Estim.cons:Gurvich,1982 pt1 p142 pt2 p145.
ScO2(g)
ScO2
Gurvich,1982 pt1 p143 pt2 p147.
Sc2O(g)
Sc2O
Gurvich,1982 pt1 p144 pt2 p148.
Sc2O2(g)
Sc2O2
Gurvich,1982 pt1 p145 pt2 p149.
Si(g)
Si
Hf:Cox,1989. NIST data version1.1 [Online]1997. Gordon,1999.
Si+(g)
Si+
Martin,W.C.,1983. Gordon,1999.
Si-(g)
Si-
Chase,1998 p1887 3/83. EA:Hotop,1985. Gordon,1999.
SiBr(g)
SiBr
Gurvich,1991 pt1 p280 pt2 p249.
SiBr2(g)
SiBr2
Gurvich,1991 pt1 p281 pt2 p250.
SiBr3(g)
SiBr3
Gurvich,1991 pt1 p282 pt2 p251.
SiBr4(g)
SiBr4
Gurvich,1991 pt1 p283 pt2 p252.
SiC(g)
SiC
Gurvich,1991 pt1 p301 pt2 p265.
SiC2(g)
SiC2
Gurvich,1991 pt1 p302 pt2 p266.
SiCl(g)
SiCL
Gurvich,1991 pt1 p271 pt2 p243.
SiCl2(g)
SiCL2
Gurvich,1991 pt1 p273 pt2 p244.
SiCl3(g)
SiCL3
Gurvich,1991 pt1 p275 pt2 p245.
SiCl4(g)
SiCL4
Gurvich,1991 pt1 p276 pt2 p246.
SiF(g)
SiF
Gurvich,1991 pt1 p264 pt2 p238.
SiFCl(g)
SiFCL
Gurvich,1991 pt1 p279 pt2 p248.
SiF2(g)
SiF2
Gurvich,1991 pt1 p266 pt2 p239.
SiF3(g)
SiF3
Gurvich,1991 pt1 p268 pt2 p240
SiF4(g)
SiF4
Johnson,1986. McDowell,1982. Chase,1998 p1190 (6/76).
SiH(g)
SiH
Gurvich,1991 pt1 p257 pt2 p234.
SiH+(g)
SiH+
Chase,1998 p1308.
SiHBr3(g)
SiHBr3
Chase,1998 p514.
SiHCl(g)
SiHCL
Gurvich,1991 pt1 p277 pt2 p247.
SiHCl3(g)
SiHCL3
Chase,1998 880.
SiHF(g)
SiHF
Gurvich,1991 pt1 p270 pt2 p242.
SiHF3(g)
SiHF3
Chase,1998 p1160.
SiHI3(g)
SiHI3
Chase,1998 p1266.
SiH2(g)
SiH2
Gurvich,1991 pt1 p260. Fredin,1985. Dubois,1968.
SiH2Br2(g)
SiH2Br2
Chase,1998 p481.
SiH2Cl2(g)
SiH2CL2
Chase,1998 p823.
SiH2F2(g)
SiH2F2
Chase,1998 p1108.
SiH2I2(g)
SiH2I2
Chase,1998 p1313.
SiH3(g)
SiH3
Gurvich,1991 pt1 p261 pt2 p236.
SiH3Br(g)
SiH3Br
Chase,1998 p439.
SiH3Cl(g)
SiH3CL
Chase,1998 p764.
SiH3F(g)
SiH3F
Chase,1998 p1058.
SiH3I(g)
SiH3I
Chase,1998 p1342.
SiH4(g)
SiH4
Silane. Gurvich,1991 pt1 p263 pt 2 p237.
SiI(g)
SiI
Gurvich,1991 pt1 p284 pt2 p253.
SiI2(g)
SiI2
Chase,1998 p1432.
SiN(g)
SiN
Gurvich,1991 pt1 p295 pt2 p261.
SiO(g)
SiO
Gurvich,1991 pt1 p247 pt2 p227
SiO2(g)
SiO2
Gurvich,1991 pt1 p256 pt2 p233.
SiS(g)
SiS
Gurvich,1991 pt1 p290 pt2 p258.
SiS2(g)
SiS2
Gurvich,1991 pt1 p294 pt2 p260.
Si2(g)
Si2
Gurvich,1991 pt1 p240 pt2 p225.
Si2C(g)
Si2C
Gurvich,1991 pt1 p304 pt2 p267.
Si2F6(g)
Si2F6
Lyman,2001.
Si2N(g)
Si2N
Chase,1998 p1611.
Si3(g)
Si3
Gurvich,1991 pt1 p246 pt2 p226.
Sn(g)
Sn
Sn+(g)
Sn+
Sn-(g)
Sn-
SnBr(g)
SnBr
Gurvich,1991 pt1 p378 pt2 p321.
SnBr2(g)
SnBr2
Gurvich,1991 pt1 p380 pt2 p323.
SnBr3(g)
SnBr3
Gurvich,1991 pt1 p381 pt2 p324.
SnBr4(g)
SnBr4
Gurvich,1991 pt1 p384 pt2 p326.
SnCl(g)
SnCL
Gurvich,1991 pt1 p370 pt2 p315.
SnCl2(g)
SnCL2
Gurvich,1991 pt1 p373 pt2 p317.
SnCl3(g)
SnCL3
Gurvich,1991 pt1 p374 pt2 p318.
SnCl4(g)
SnCL4
Gurvich,1991 pt1 p376 pt2 p320.
SnF(g)
SnF
Gurvich,1991 pt1 p365 pt2 p310.
SnF2(g)
SnF2
Gurvich,1991 pt1 p368 pt2 p312.
SnF3(g)
SnF3
Gurvich,1991 pt1 p369 pt2 p313.
SnF4(g)
SnF4
Gurvich,1991 pt1 p369 pt2 p314.
SnI(g)
SnI
Gurvich,1991 pt1 p384 pt2 p327.
SnI2(g)
SnI2
Gurvich,1991 pt1 p387 pt2 p329.
SnI3(g)
SnI3
Gurvich,1991 pt1 p388 pt2 p330.
SnI4(g)
SnI4
Gurvich,1991 pt1 p391 pt2 p332.
SnO(g)
SnO
Gurvich,1991 pt1 p359 pt2 p307.
SnO2(g)
SnO2
Gurvich,1991 pt1 p364 pt2 p309.
SnS(g)
SnS
Gurvich,1991 pt1 p394 pt2 p334.
SnS2(g)
SnS2
Gurvich,1991 pt1 p397 pt2 p336.
Sn2(g)
Sn2
Gurvich,1991 pt1 p354 pt2 p305.
Sr(g)
Sr
Hf:Gurvich,1996a. Moore,1971. Moore,1970a. Gordon,1999.
Sr+(g)
Sr+
SrBr(g)
SrBr
Gurvich,1996a pt1 p522 pt2 p402.
SrBr2(g)
SrBr2
Gurvich,1996a pt1 p524 pt2 p404.
SrCl(g)
SrCL
Gurvich,1996a pt1 p515 pt2 p398.
SrCl+(g)
SrCL+
Gurvich,1996a pt1 p516 pt2 p399.
SrCl2(g)
SrCL2
Gurvich,1996a pt1 p520 pt2 p401.
SrF(g)
SrF
Gurvich,1996a pt1 p507 pt2 p394.
SrF+(g)
SrF+
Gurvich,1996a pt1 p511 pt2 p395.
SrF2(g)
SrF2
Gurvich,1996a pt1 p514 pt2 p397.
SrH(g)
SrH
Gurvich,1996a pt1 p499 pt2 p388.
SrI(g)
SrI
Gurvich,1996a pt1 p526 pt2 p405.
SrI2(g)
SrI2
Gurvich,1996a pt1 p528 pt2 p407.
SrO(g)
SrO
Gurvich,1996a pt1 p495 pt2 p384.
SrO+(g)
SrO+
Gurvich,1996a pt1 p497 pt2 p386. Partridge,1986.
SrOH(g)
SrOH
Gurvich,1996a pt1 p502 pt2 p390.
SrOH+(g)
SrOH+
Gurvich,1996a pt1 p503 pt2 p391.
Sr(OH)2(g)
Sr(OH)2
Gurvich,1996a pt1 p506 pt2 p393.
SrS(g)
SrS
Gurvich,1996a pt1 p529 pt2 p409.
Sr2(g)
Sr2
Gurvich,1996a pt1 p491 pt2 p382.
Ta(g)
Ta
Hf:Gurvich,1982 p85. Moore,1971. Gordon,1999.
Ta+(g)
Ta+
Ta-(g)
Ta-
TaCl5(g)
TaCL5
Chase,1998 p923.
TaO(g)
TaO
Gurvich,1982 pt1 p86 pt2 p89.
TaO2(g)
TaO2
Gurvich,1982 pt1 p89 pt2 p91.
Ti(g)
Ti
Ti+(g)
Ti+
Ti-(g)
Ti-
TiCl(g)
TiCL
Chase,1998 p808.
TiCl2(g)
TiCL2
Chase,1998 p866.
TiCl3(g)
TiCL3
Chase,1998 p887.
TiCl4(g)
TiCL4
Chase,1998 p906.
TiO(g)
TiO
Gurvich,1982 pt1 p99 pt2 p101.
TiO+(g)
TiO+
Gurvich,1982 pt1 p104 pt2 p103.
TiOCl(g)
TiOCL
Chase,1998 p796.
TiOCl2(g)
TiOCL2
Chase,1998 p843.
TiO2(g)
TiO2
Chase,1998 p1762 12/73. Jacox,1998.
U(g)
U
Gurvich,1982 pt1 p184 pt2 p201. Blaise,1976.
UF(g)
UF
Gurvich,1982 pt1 p202 pt2 p224.
UF+(g)
UF+
Gurvich,1982 pt1 p203 pt2 p226.
UF-(g)
UF-
Gurvich,1982 pt1 p204 pt2 p228.
UF2(g)
UF2
Gurvich,1982 pt1 p205 pt2 p230.
UF2+(g)
UF2+
Gurvich,1982 pt1 p207 pt2 p232.
UF2-(g)
UF2-
Gurvich,1982 pt1 p208 pt2 p234.
UF3(g)
UF3
Gurvich,1982 pt1 p210 pt2 p237.
UF3+(g)
UF3+
Gurvich,1982 pt1 p211 pt2 p239.
UF3-(g)
UF3-
Gurvich,1982 pt1 p212 pt2 p241.
UF4(g)
UF4
Gurvich,1982 pt1 p215 pt2 p244.
UF4+(g)
UF4+
Gurvich,1982 pt1 p216 pt2 p246.
UF4-(g)
UF4-
Gurvich,1982 pt1 p217 pt2 p248.
UF5(g)
UF5
Gurvich,1982 pt1 p219 pt2 p251.
UF5+(g)
UF5+
Gurvich,1982 pt1 p220 pt2 p253.
UF5-(g)
UF5-
Gurvich,1982 pt1 p221 pt2 p255.
UF6(g)
UF6
Gurvich,1982 pt1 p223 pt2 p257.
UF6-(g)
UF6-
Gurvich,1982 pt1 p224 pt2 p258.
UO(g)
UO
Gurvich,1982 pt1 p186 pt2 p205.
UO+(g)
UO+
Gurvich,1982 pt1 p189 pt2 p207.
UOF(g)
UOF
Gurvich,1982 pt1 p225 pt2 p259.
UOF2(g)
UOF2
Gurvich,1982 pt1 p226 pt2 p261.
UOF3(g)
UOF3
Gurvich,1982 pt1 p229 pt2 p264.
UOF4(g)
UOF4
Gurvich,1982 pt1 p230 pt2 p265.
UO2(g)
UO2
Gurvich,1982 pt1 p193 pt2 p211.
UO2+(g)
UO2+
Gurvich,1982 pt1 p194 pt2 p213.
UO2-(g)
UO2-
Gurvich,1982 pt1 p195 pt2 p215.
UO2F(g)
UO2F
Gurvich,1982 pt1 p226 pt2 p260.
UO2F2(g)
UO2F2
Gurvich,1982 pt1 p228 pt2 p263.
UO3(g)
UO3
Gurvich,1982 pt1 p197 pt2 p218.
UO3-(g)
UO3-
Gurvich,1982 pt1 p198 pt2 p220.
V(g)
V
Hf:Gurvich,1982 p59. Sugar,1985. Gordon,1999.
V+(g)
V+
V-(g)
V-
VCl4(g)
VCL4
Nagarajan,1963. Creighton,1966. Blankenship,1962.
VN(g)
VN
Chase,1998 p1616.
VO(g)
VO
Gurvich,1982 pt1 p62 pt2 p64.
VO2(g)
VO2
Gurvich,1982 pt1 p64 pt2 p66.
V4O10(g)
V4O10
Gurvich,1982 pt1 p69 pt2 p70.
W(g)
W
Hf:Gurvich,1982 p42. Moore,1971. Moore,1970a. Gordon,1999.
W+(g)
W+
W-(g)
W-
WCl6(g)
WCL6
Chase,1998 p935.
WO(g)
WO
Gurvich,1982 pt1 p43 pt2 p47.
WOCl4(g)
WOCL4
Chase,1998 p900.
WO2(g)
WO2
Gurvich,1982 pt1 p47 pt2 p50.
WO2Cl2(g)
WO2CL2
Chase,1998 p849.
WO3(g)
WO3
Gurvich,1982 pt1 p50 pt2 p52.
WO3-(g)
WO3-
Gurvich,1982 pt1 p51 pt2 p53.
(WO3)2(g)
(WO3)2
Gurvich,1982 pt1 p52 pt2 p54.
(WO3)3(g)
(WO3)3
Gurvich,1982 pt1 p53 pt2 p55.
(WO3)4(g)
(WO3)4
Gurvich,1982 pt1 p54 pt2 p56.
(WO3)5(g)
(WO3)5
Gurvich,1982 pt1 p56 pt2 p57.
Xe(g)
Xe
Xe+(g)
Xe+
Zn(g)
Zn
Hf:Cox,1989. Sugar,1995. Gordon,1999.
Zn+(g)
Zn+
Sugar,1995. Gordon,1999.
Zr(g)
Zr
Hf:Gurvich,1982. Moore,1971. Hackett,1986. Gordon,1999.
Zr+(g)
Zr+
Zr-(g)
Zr-
ZrN(g)
ZrN
Chase,1998 p1620.
ZrO(g)
ZrO
Gurvich,1982 pt1 p118 pt2 p118.
ZrO+(g)
ZrO+
Gurvich,1982 pt1 p122 pt2 p120.
ZrO2(g)
ZrO2
Gurvich,1982 pt1 p125. Chase,1998 p1772 12/65.
Ag(cr)
Crystalline
200 - 1235
Cubic. Ref-Elm. Cox,1989 p228.
Ag(l)
Ag(L)
Liquid
1235.080 - 6000
Liquid. Ref-Elm. Cox,1989 p228.
Al(cr)
AL(cr)
200 - 934
Cubic. Ref-Elm. Cox,1989 p217.
Al(l)
AL(L)
933.610 - 6000
Liquid. Ref-Elm. Cox,1989 p217.
AlBr3(cr)
ALBr3(cr)
200 - 371
Monoclinic. Gurvich,1996a pt1 p187 pt2 p150.
AlBr3(l)
ALBr3(L)
371.160 - 6000
Liquid. Gurvich,1996a pt1 p187 pt2 p150.
AlCl3(cr)
ALCL3(cr)
200 - 466
Monoclinic. Gurvich,1996a pt1 p172 pt2 p133.
AlCl3(l)
ALCL3(L)
465.700 - 6000
Liquid. Gurvich,1996a pt1 p172 pt2 p133.
AlF3(II)
ALF3(II)
Polymorphic Crystalline
100.000 - 728
Hexagonal. Gurvich,1996a pt1 p156 pt2 p119.
AlF3(I)
ALF3(I)
728.000 - 2100
Cubic. Gurvich,1996a pt1 p156 pt2 p119.
AlH3(a)
ALH3(a)
200 - 500
Alpha,hexagonal. Gurvich,1996a pt1 p144 pt2 p108.
AlI3(cr)
ALI3(cr)
298.15 - 461
Hexagonal. Gurvich,1996a pt1 p193 pt2 p155.
AlI3(l)
ALI3(L)
461.470 - 6000
Liquid. Gurvich,1996a pt1 p193 pt2 p155.
AlN(cr)
ALN(cr)
100.000 - 1800
Hexagonal. Gurvich,1996a pt1 p202 pt2 p163.
AlN(l)
ALN(L)
1800.000 - 6000
Liquid. Gurvich,1996a pt1 p202 pt2 p163.
Al(OH)3(a)
AL(OH)3(a)
100.000 - 500
Gibbsite. Gurvich,1996a pt1 p150 pt2 p114.
Al2O3(a)
AL2O3(a)
200 - 2327
Alpha,corundum. Gurvich,1996a pt1 p134 pt2 p103.
Al2O3(l)
AL2O3(L)
2327.000 - 6000
Liquid. Gurvich,1996a pt1 p134 pt2 p103.
Al2S3(a)
AL2S3(a)
100.000 - 1273
Hexagonal alpha. Gurvich,1996a pt1 p201 pt2 p162.
Al2S3(b)
AL2S3(b)
1273.000 - 1373
Rhombohedral gamma. Gurvich,1996a pt1 p201 pt2 p162.
Al2S3(l)
AL2S3(L)
1373.000 - 6000
Liquid. Gurvich,1996a pt1 p201 pt2 p162.
Al2SiO5(an)
AL2SiO5(an)
Condensed
200 - 3000
Andalusite. Chase,1998 p160.
Al4C3(cr)
AL4C3(cr)
100.000 - 2500
Hexagonal. Gurvich,1996a pt1 p207 pt2 p168.
B(b)
200 - 2350
Beta. Ref-Elm. Chase,1998 p177-180. McBride,1993a.
B(l)
B(L)
2350.000 - 6000
Liquid. Ref-Elm. Chase,1998 p177-180. McBride,1993a.
BN(cr)
200 - 3240
Hexagonal. Gurvich,1996a pt1 p103 pt2 p82.
BN(l)
BN(L)
3240.000 - 6000
Liquid. Gurvich,1996a pt1 p103 pt2 p82.
B2O3(cr)
100.000 - 723
Hexagonal. Gurvich,1996a pt1 p21 pt2 p16.
B2O3(l)
B2O3(L)
723.000 - 6000
Liquid. Gurvich,1996a pt1 p21 pt2 p16.
B2S3(cr)
298.15 - 840
Monoclinic. Gurvich,1996a pt1 p101 pt2 p80.
B2S3(l)
B2S3(L)
840.000 - 6000
Liquid. Gurvich,1996a pt1 p101 pt2 p80.
B3O3H3(cr)
298.15 - 2000
Chase,1998 p287.
B4C(cr)
200 - 2743
Hexagonal. Gurvich,1996a pt1 p111 pt2 p89
B4C(l)
B4C(L)
2743.000 - 6000
Liquid. Chase,1998 pp556-8.
Ba(cr)
80.000 - 1000
Crystal. Ref-Elm. Alcock,1993.
Ba(l)
Ba(L)
1000.000 - 6000
Liquid. Ref-Elm. Alcock,1993.
BaBr2(cr)
298.000 - 1130
Rhombic. Gurvich,1996a pt1 p578 pt2 p438.
BaBr2(l)
BaBr2(L)
1130.000 - 6000
Liquid. Gurvich,1996a pt1 p578 pt2 p438.
BaCO3(a)
200 - 1083
CrIII,rhombic. Gurvich,1996a pt1 p588 pt2 p446.
BaCO3(b)
1083.000 - 1233
CrII,hexagonal. Gurvich,1996a pt1 p588 pt2 p446.
BaCO3(c)
1233.000 - 1828
CrI,cubic. Gurvich,1996a pt1 p588 pt2 p446.
BaCO3(l)
BaCO3(L)
1828.000 - 6000
Liquid. Gurvich,1996a pt1 p588 pt2 p446.
BaCl2(a)
BaCL2(a)
100.000 - 1198
CrII,rhombic. Gurvich,1996a pt1 p574 pt2 p435.
BaCl2(b)
BaCL2(b)
1198.000 - 1234
CrI,cubic. Gurvich,1996a pt1 p574 pt2 p435.
BaCl2(l)
BaCL2(L)
1234.000 - 6000
Liquid. Gurvich,1996a pt1 p574 pt2 p435.
BaF2(a)
100.000 - 1240
CrIII,cubic. Gurvich,1996a pt1 p567 pt2 p431.
BaF2(b)
1240.000 - 1480
CrII. Gurvich,1996a pt1 p567 pt2 p431.
BaF2(c)
1480.000 - 1641
CrI. Gurvich,1996a pt1 p567 pt2 p431.
BaF2(l)
BaF2(L)
1641.000 - 6000
Liquid. Gurvich,1996a pt1 p567 pt2 p431.
BaH2(a)
298.15 - 871
CrII,rhombic Gurvich,1996a pt1 p556 pt2 p424.
BaH2(b)
871.000 - 1473
CrI,rhombic Gurvich,1996a pt1 p556 pt2 p424.
BaH2(l)
BaH2(L)
1473.000 - 6000
Liquid Gurvich,1996a pt1 p556 pt2 p424.
BaI2(cr)
100.000 - 984
Rhombic. Gurvich,1996a pt1 p582 pt2 p441.
BaI2(l)
BaI2(L)
984.000 - 6000
Liquid. Gurvich,1996a pt1 p582 pt2 p441.
BaO(cr)
200 - 2246
Cubic Gurvich,1996a pt1 p547 pt2 p418.
BaO(l)
BaO(L)
2246.000 - 6000
Liquid Gurvich,1996a pt1 p547 pt2 p418.
Ba(OH)2(b)
100.000 - 519
CrII,rhombic Gurvich,1996a pt1 p558 pt2 p427.
Ba(OH)2(a)
519.000 - 681
CrI,rhombic Gurvich,1996a pt1 p558 pt2 p427.
Ba(OH)2(l)
Ba(OH)2(L)
681.000 - 6000
Liquid Gurvich,1996a pt1 p558 pt2 p427.
BaS(cr)
200 - 2500
Cubic. Gurvich,1996a pt1 p584 pt2 p443.
BaS(l)
BaS(L)
2500.000 - 6000
Liquid. Gurvich,1996a pt1 p584 pt2 p443.
BaSO4(a)
200 - 1423
CrII,rhombic. Gurvich,1996a pt1 p587 pt2 p445.
BaSO4(b)
1423.000 - 1853
CrI,cubic. Gurvich,1996a pt1 p587 pt2 p445.
BaSO4(l)
BaSO4(L)
1853.000 - 6000
Liquid. Gurvich,1996a pt1 p587 pt2 p435.
Be(a)
100.000 - 1543
Alpha. Ref-Elm. Alcock,1993.
Be(b)
1543.000 - 1563
Beta. Ref-Elm. Alcock,1993.
Be(l)
Be(L)
1563.000 - 6000
BeAl2O4(cr)
BeAL2O4(cr)
200 - 2146
Chase,1998 pp139-41.
BeAl2O4(l)
BeAL2O4(L)
2146.000 - 6000
BeBr2(cr)
298.15 - 781
Cr,rhombic. Gurvich,1996a pt1 p376 pt2 p301.
BeBr2(l)
BeBr2(L)
781.000 - 6000
Liquid.Gurvich,1996a pt1 p376 pt2 p301.
BeCO3(cr)
298.000 - 6000
Gurvich,1996a pt1 p385 pt2 p310.
BeCl2(a)
BeCL2(a)
200 - 676
Cr,rhombic. Gurvich,1996a pt1 p370 pt2 p296.
BeCl2(b)
BeCL2(b)
676.000 - 688
CrI. Gurvich,1996a pt1 p370 pt2 p296.
BeCl2(l)
BeCL2(L)
688.000 - 6000
Liquid.Gurvich,1996a pt1 p370 pt2 p296.
BeF2(a)
200 - 493
CrII,hexagonal.Gurvich,1996a pt1 p364 pt2 p292.
BeF2(b)
493.000 - 823
CrI,hexagonal.Gurvich,1996a pt1 p364 pt2 p292.
BeF2(l)
BeF2(L)
823.000 - 6000
Liquid.Gurvich,1996a pt1 p364 pt2 p292.
BeI2(cr)
298.15 - 763
Cr,rhombic. Gurvich,1996a pt1 p379 pt2 p304.
BeI2(l)
BeI2(L)
763.000 - 6000
Liquid.Gurvich,1996a pt1 p379 pt2 p304.
BeO(a)
200 - 2373
CrII,hexagonal. Gurvich,1996a pt1 p348 pt2 p278.
BeO(b)
2373.000 - 2851
CrI,tetragonal. Gurvich,1996a pt1 p348 pt2 p278.
BeO(l)
BeO(L)
2851.000 - 6000
Liquid. Gurvich,1996a pt1 p348 pt2 p278.
Be(OH)2(b)
Rhombic,beta.Gurvich,1996a pt1 p359 pt2 p289.
BeS(cr)
Cr,cubic. Gurvich,1996a pt1 p381 pt2 p306.
BeSO4(a)
200 - 861
CrIII,tetr. Gurvich,1996a pt1 p383 pt2 p308.
BeSO4(b)
861.000 - 912
CrII,rhombic. Gurvich,1996a pt1 p383 pt2 p308.
BeSO4(c)
912.000 - 1400
CrI,cubic. Gurvich,1996a pt1 p383 pt2 p308.
BeSO4(l)
BeSO4(L)
1400.000 - 6000
Liquid. Gurvich,1996a pt1 p383 pt2 p308.
Be2C(cr)
298.15 - 2400
Barin,1989. Barin,1973.
Be2C(l)
Be2C(L)
2400.000 - 6000
Be3N2(a)
200 - 1673
CrII,cubic. Gurvich,1996a pt1 p384 pt2 p309.
Be3N2(b)
1673.000 - 2473
CrI,hexagonal. Gurvich,1996a pt1 p384 pt2 p309.
Be3N2(l)
Be3N2(L)
2473.000 - 6000
Liquid. Gurvich,1996a pt1 p384 pt2 p309.
Br2(cr)
200 - 266
Rhombic. Gurvich,1989 pt2 p314. Chase,1998 p471 (6/82).
Br2(l)
Br2(L)
265.900 - 6000
Liq.Ref-Elm.Gurvich,1989 pt2 p314.Chase,1998 p471(6/82).
C(gr)
Graphite
Graphite. Ref-Elm. TRC(4/83) vc,uc,tc1000-1002.
Ca(a)
200 - 716
Ca(b)
716.000 - 1115
Ca(l)
Ca(L)
1115.000 - 6000
CaBr2(cr)
298.15 - 1015
Rhombic Gurvich,1996a pt1 p473 pt2 p368.
CaBr2(l)
CaBr2(L)
1015.000 - 6000
Liquid Gurvich,1996a pt1 p473 pt2 p368.
CaCO3(cr)
200 - 1603
Hexagonal Gurvich,1996a pt1 p483 pt2 p376.
CaCO3(l)
CaCO3(L)
1603.000 - 6000
Liquid Gurvich,1996a pt1 p483 pt2 p376.
CaCl2(cr)
CaCL2(cr)
100.000 - 1048
Rhombic. Gurvich,1996a pt1 p467 pt2 p365.
CaCl2(l)
CaCL2(L)
1048.000 - 6000
Liquid. Gurvich,1996a pt1 p467 pt2 p365.
CaF2(a)
200 - 1424
CrII,cubic.Gurvich,1996a pt1 p461 pt2 p361.
CaF2(b)
1424.000 - 1691
CrI,cubic.Gurvich,1996a pt1 p461 pt2 p361.
CaF2(l)
CaF2(L)
1691.000 - 6000
Liquid.Gurvich,1996a pt1 p461 pt2 p361.
CaH2(a)
298.15 - 1053
CrII,rhombic Gurvich,1996a pt1 p449 pt2 p354.
CaH2(b)
1053.000 - 1273
CrI,cubic Gurvich,1996a pt1 p449 pt2 p354.
CaH2(l)
CaH2(L)
1273.000 - 6000
Liquid Gurvich,1996a pt1 p449 pt2 p354.
CaI2(cr)
200 - 1056
Hexagonal Gurvich,1996a pt1 p476 pt2 p371.
CaI2(l)
CaI2(L)
1056.000 - 6000
Liquid Gurvich,1996a pt1 p476 pt2 p371.
CaO(cr)
200 - 3172
Cubic Gurvich,1996a pt1 p442 pt2 p348.
CaO(l)
CaO(L)
3172.000 - 6000
Liquid Gurvich,1996a pt1 p442 pt2 p348.
Ca(OH)2(cr)
100.000 - 1023
Hexagonal Gurvich,1996a pt1 p454 pt2 p357.
Ca(OH)2(l)
Ca(OH)2(L)
1023.000 - 6000
Liquid Gurvich,1996a pt1 p454 pt2 p357.
CaS(cr)
200 - 2800
Cubic Gurvich,1996a pt1 p478 pt2 p373.
CaS(l)
CaS(L)
2800.000 - 6000
Liquid Gurvich,1996a pt1 p478 pt2 p373.
CaSO4(II)
200 - 1473
Rhombic Gurvich,1996a pt1 p481 pt2 p375.
CaSO4(I)
1473.000 - 1733
Cubic Gurvich,1996a pt1 p481 pt2 p375.
CaSO4(l)
CaSO4(L)
1733.000 - 6000
Liquid Gurvich,1996a pt1 p481 pt2 p375.
Cd(cr)
100.000 - 594
Crystal. Ref-Elm. Cox,1989 p223.
Cd(l)
Cd(L)
594.258 - 6000
Liquid. Ref-Elm. Cox,1989 p223.
Co(a)
200 - 700
Alpha. Ref-Elm. Chase,1998 pp943-6.
Co(b)
700.100 - 1394
Beta.Ref-Elm.Below Lambda trans. Chase,1998 pp943-6.
1394.000 - 1768
Beta. Ref-Elm.Above Lambda trans. Chase,1998 pp943-6.
Co(l)
Co(L)
1768.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp943-6.
Cr(cr)
200 - 312
Below lambda trans. Ref-Elm. Chase,1998 pp959-62.
311.500 - 2130
Above lambda trans. Ref-Elm. Chase,1998 pp959-62.
Cr(l)
Cr(L)
2130.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp959-62.
CrN(cr)
Chase,1998 p966.
Cr2N(cr)
298.15 - 2500
Chase,1998 p971.
Cr2O3(I')
200 - 306
Hexagonal. Gurvich,1982 pt1 p18 pt2 p22.
Cr2O3(I)
306.000 - 310
310.000 - 335
335.000 - 2705
Cr2O3(l)
Cr2O3(L)
2705.000 - 6000
Liquid. Gurvich,1982 pt1 p18 pt2 p22.
Cs(cr)
100.000 - 302
Crystal. Ref-Elm. Cox,1989 p263.
Cs(l)
Cs(L)
301.590 - 2000
Liquid. Ref-Elm. Cox,1989 p263.
CsBO2(cr)
200 - 1005
Cubic. Gurvich,1982 pt1 p504 pt2 p525.
CsBO2(l)
CsBO2(L)
1005.000 - 6000
Liquid. Gurvich,1982 pt1 p504 pt2 p525.
CsBr(cr)
200 - 910
Cubic. Gurvich,1982 pt1 p488 pt2 p511.
CsBr(l)
CsBr(L)
910.000 - 6000
Liquid. Gurvich,1982 pt1 p488 pt2 p511.
CsCl(a)
CsCL(a)
200 - 743
Cubic. Gurvich,1982 pt1 p485 pt2 p508.
CsCl(b)
CsCL(b)
743.000 - 919
CsCl(l)
CsCL(L)
919.000 - 6000
Liquid. Gurvich,1982 pt1 p485 pt2 p508.
CsF(cr)
200 - 976
Cubic. Gurvich,1982 pt1 p481 pt2 p505.
CsF(l)
CsF(L)
976.000 - 6000
Liquid. Gurvich,1982 pt1 p481 pt2 p505.
CsH(cr)
298.15 - 801
Cubic. Gurvich,1982 pt1 p476 pt2 p500.
CsH(l)
CsH(L)
801.000 - 6000
Liquid. Gurvich,1982 pt1 p476 pt2 p500.
CsI(cr)
200 - 905
Cubic. Gurvich,1982 pt1 p492 pt2 p514.
CsI(l)
CsI(L)
905.000 - 6000
Liquid. Gurvich,1982 pt1 p492 pt2 p514.
CsNO2(I)
298.15 - 679
Cubic. Gurvich,1982 pt1 p498 pt2 p519.
CsNO2(l)
CsNO2(L)
679.000 - 6000
Liquid. Gurvich,1982 pt1 p498 pt2 p519.
CsNO3(a)
200 - 427
Hexagonal. Gurvich,1982 pt1 p500 pt2 p521.
CsNO3(b)
427.000 - 682
Cubic. Gurvich,1982 pt1 p500 pt2 p521.
CsNO3(l)
CsNO3(L)
682.000 - 6000
CsOH(b)
100.000 - 498
Beta. Gurvich,1997.
CsOH(c)
498.200 - 616
Gamma. Gurvich,1997.
CsOH(l)
CsOH(L)
615.500 - 6000
Liquid. Gurvich,1997.
CsO2(a)
298.15 - 403
Tetragonal. Gurvich,1982 pt1 p472 pt2 p494.
CsO2(c)
403.000 - 723
Cubic. Gurvich,1982 pt1 p472 pt2 p494.
CsO2(l)
CsO2(L)
Liquid. Gurvich,1982 pt1 p472 pt2 p494.
Cs2CO3(cr)
200 - 1066
Gurvich,1982 pt1 p502 pt2 p523.
Cs2CO3(l)
Cs2CO3(L)
1066.000 - 6000
Liquid. Gurvich,1982 pt1 502 pt2 p523.
Cs2O(cr)
200 - 768
Hexagonal. Gurvich,1982 pt1 p472 pt2 p495.
Cs2O(l)
Cs2O(L)
768.000 - 6000
Liquid. Gurvich,1982 pt1 p472 pt2 p495.
Cs2O2(cr)
298.15 - 867
Rhombic Gurvich,1982 pt1 p475 pt2 p498.
Cs2O2(l)
Cs2O2(L)
867.000 - 6000
Liquid. Gurvich,1982 pt1 p475 pt2 p498.
Cs2SO4(a)
200 - 920
Rhombohedral. Gurvich,1982 pt1 p496 pt2 p517.
Cs2SO4(b)
920.000 - 1000
Gurvich,1982 pt1 p496 pt2 p517.
Cs2SO4(c)
1000.000 - 1288
Hexagonal. Gurvich,1982 pt1 p496 pt2 p517.
Cs2SO4(l)
Cs2SO4(L)
1288.000 - 6000
Liquid. Gurvich,1982 pt1 p496 pt2 p517.
Cu(cr)
200 - 1358
Cubic. Ref-Elm.Cox,1989 p226.
Cu(l)
Cu(L)
1358.000 - 6000
Liquid. Ref-Elm.Cox,1989 p226.
CuBr(a)
298.15 - 657
Alpha. Pankratz,1984 p177.
CuBr(b)
657.000 - 741
Beta. Pankratz,1984 p177.
CuBr(c)
741.000 - 759
Gamma. Pankratz,1984 p177.
CuBr(l)
CuBr(L)
759.000 - 1500
Liquid. Pankratz,1984 p177.
CuBr2(cr)
298.15 - 800
Crystal. Pankratz,1984 p181.
CuCl(a)
CuCL(a)
298.15 - 685
Alpha. Pankratz,1984 p182.
CuCl(b)
CuCL(b)
685.000 - 696
Beta. Pankratz,1984 p182.
CuCl(l)
CuCL(L)
696.000 - 1700
Liquid. Pankratz,1984 p182.
CuCl2(cr)
CuCL2(cr)
298.15 - 675
Crystal. Pankratz,1984 p185.
CuCl2(l)
CuCL2(L)
675.000 - 6000
Liquid. Pankratz,1984 p185.
CuF(cr)
298.15 - 1300
Crystal. Pankratz,1984 p186.
CuF2(cr)
298.15 - 1109
Crystal. Pankratz,1984 p188.
CuF2(l)
CuF2(L)
1109.000 - 6000
Liquid. Pankratz,1984 p188.
CuI(a)
200 - 642
King,1973. Pankratz,1984 p190.
CuI(b)
642.000 - 680
Beta. Pankratz,1984 p190.
CuI(c)
680.000 - 868
Gamma. Pankratz,1984 p190.
CuI(l)
CuI(L)
868.000 - 1600
Liquid. Pankratz,1984 p190.
CuO(cr)
200 - 1400
Crystal. King,1973 p56.
Cu(OH)2(cr)
Crystal. King,1973 p62.
CuS(cr)
298.15 - 718
Crystal. Pankratz,1987 p99.
CuSO4(cr)
200 - 1500
Crystal. King,1973 p68.
Cu2O(cr)
200 - 1517
Crystal. King,1973 p60.
Cu2O(l)
Cu2O(L)
1516.700 - 6000
Liquid. King,1973 p60.
Cu2S(a)
298.15 - 376
Alpha. Pankratz,1987 p101.
Cu2S(b)
376.000 - 720
Beta. Pankratz,1987 p101.
Cu2S(c)
720.000 - 1400
Gamma. Pankratz,1987 p101.
Cu2S(l)
Cu2S(L)
Liquid. Pankratz,1987 p101.
Fe(a)
200 - 1042
Alpha. Ref-Elm.Below Lambda trans. Chase,1998 p1221.
1042.000 - 1184
Alpha. Ref-Elm.Above Lambda trans. Chase,1998 pp1221-5.
Fe(c)
1184.000 - 1665
Gamma. Ref-Elm. Chase,1998 pp1221-5.
Fe(d)
1665.000 - 1809
Delta. Ref-Elm. Chase,1998 pp1221-5.
Fe(l)
Fe(L)
1809.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1221-5.
Fe(CO)5(l)
Fe(CO)5(L)
253.100 - 6000
Liquid. Chase,1998 p697.
FeCl2(cr)
FeCL2(cr)
200 - 950
Crystal. Chase,1998 pp819-21.
FeCl2(l)
FeCL2(L)
950.000 - 6000
Liquid. Chase,1998 pp819-21.
FeCl3(cr)
FeCL3(cr)
200 - 577
Pankratz,1984 p228. Stuve,1980.
FeCl3(l)
FeCL3(L)
577.000 - 6000
Fe.947O(cr)
298.15 - 1652
Wustite. Pankratz,1983 p155.
Fe.947O(l)
Fe.947O(L)
1652.000 - 6000
Wustite Liquid. Pankratz,1983 p155.
FeOCl(cr)
FeOCL(cr)
Stuve,1980.
Fe(OH)2(cr)
298.15 - 1500
Crystal. Chase,1998 p1229.
Fe(OH)3(cr)
Crystal. Chase,1998 p1231.
FeS(a)
200 - 411
Alpha. Pankratz,1987. Chase,1998 pp1241-3 9/77.
FeS(b)
411.000 - 598
Beta. Pankratz,1987. Chase,1998 pp1241-3 9/77.
FeS(c)
598.000 - 1465
Gamma. Pankratz,1987. Chase,1998 pp1241-3 9/77.
FeS(l)
FeS(L)
1465.000 - 6000
Liquid. Pankratz,1987. Chase,1998 pp1241-3 9/77.
FeSO4(cr)
200 - 2000
Chase,1998 p1240.
FeS2(cr)
Pyrite. Chase,1998 p1246.
Fe2O3(cr)
298.15 - 960
Hematite below Curie pt. Pankratz,1983 p158.
960.000 - 6000
Hematite above Curie pt. Pankratz,1983 p158.
Fe2(SO4)3(cr)
Chase,1998 p1249.
Fe3O4(cr)
200 - 850
Magnetite. Pankratz,1983 p160. Westrum,1969.
850.000 - 1870
Magnetite above Curie Pt. Pankratz,1983 p160.
Fe3O4(l)
Fe3O4(L)
1870.000 - 6000
Liquid. Chase,1998 p1250 6/65.
Ga(cr)
100.000 - 303
Rhombic. Ref-Elm. Gurvich,1996a pt1 p209 pt2 p169.
Ga(l)
Ga(L)
302.920 - 6000
Liquid. Ref-Elm. Gurvich,1996a pt1 p209 pt2 p169.
GaBr3(cr)
298.15 - 397
Gurvich,1996a pt1 p242 pt2 p195.
GaBr3(l)
GaBr3(L)
397.000 - 6000
Liquid. Gurvich,1996a pt1 p242 pt2 p195.
GaCl3(cr)
GaCL3(cr)
298.15 - 351
Triclinic. Gurvich,1996a pt1 p234 pt2 p188.
GaCl3(l)
GaCL3(L)
351.000 - 6000
Liquid. Gurvich,1996a pt1 p234 pt2 p188.
GaF3(cr)
Hexagonal. Gurvich,1996a pt1 p226 pt2 p181.
GaI3(cr)
298.15 - 485
Rhombic. Gurvich,1996a pt1 p249 pt2 p202.
GaI3(l)
GaI3(L)
485.000 - 6000
Liquid. Gurvich,1996a pt1 p249 pt2 p202.
Ga2O3(cr)
200 - 2080
Monoclinic. Gurvich,1996a pt1 p219 pt2 p176.
Ga2O3(l)
Ga2O3(L)
2080.000 - 6000
Liquid. Gurvich,1996a pt1 p219 pt2 p176.
Ge(cr)
200 - 1211
Cubic. Ref-Elm. Gurvich,1991 pt1 p308 pt2 p268.
Ge(l)
Ge(L)
1211.400 - 6000
Liquid. Ref-Elm. Gurvich,1991 pt1 p308 pt2 p268.
GeO2(II)
100.000 - 1308
Tetragonal Rutile, Gurvich,1991 pt1 p319 pt2 p275.
GeO2(I)
1308.000 - 1388
Hexagonal alpha-quartz,Gurvich,1991 pt1 p319 pt2 p275.
GeO2(l)
GeO2(L)
1388.000 - 6000
Tetragonal liquid,Gurvich,1991 pt1 p319 pt2 p275.
GeS(cr)
100.000 - 931
Crystal(II). Gurvich,1991 pt1 p342 pt2 p296.
GeS(l)
GeS(L)
931.000 - 6000
Liquid. Gurvich,1991 pt1 p342 pt2 p296.
GeS2(II)
100.000 - 1113
Crystal II. Gurvich,1991 pt1 p345 pt2 p298.
GeS2(l)
GeS2(L)
1113.000 - 6000
Liquid. Gurvich,1991 pt1 p345 pt2 p298.
HBO2(cr)
298.15 - 509
Crystal,metaboric acid. Gurvich,1996a pt1 p41 pt2 p25.
HBO2(l)
HBO2(L)
509.000 - 6000
Liquid, metaboric acid. Gurvich,1996a pt1 p41 pt2 p25.
H2O(cr)
200 - 273
Ice. Gordon,1982.
H2O(l)
H2O(L)
273.150 - 600
Liquid. Cox,1989. Haar,1984. Keenan,1984. Stimson,1969.
H2SO4(l)
H2SO4(L)
283.456 - 1000
Chase,1998 p1335.
H3BO3(cr)
200 - 444
Triclinic,orthoboric acid. Gurvich,1996a pt1 p48 pt2 p31.
H3BO3(l)
H3BO3(L)
444.100 - 6000
Liquid,orthoboric acid. Gurvich,1996a pt1 p48 pt2 p31.
H3PO4(cr)
200 - 316
Crystal,Phosphoric acid. Chase,1998 p1345-7.
H3PO4(l)
H3PO4(L)
315.500 - 1000
Liquid,Phosphoric acid. Chase,1998 pp1345-7.
Hg(cr)
100.000 - 234
Tetragonal. Ref-Elm. Chase,1998 pp1373-4.
Hg(l)
Hg(L)
234.290 - 2000
Liquid. Ref-Elm. Chase,1998 pp1373-4.
HgBr2(cr)
298.15 - 514
Chase,1998 p482 3/62. Pankratz,1984 p302.
HgBr2(l)
HgBr2(L)
514.000 - 6000
Chase,1998 pp482-4 3/62.
HgO(cr)
200 - 1000
Chase,1998 p1382.
I2(cr)
200 - 387
Rhombic. Ref-Elm. Gurvich,1989 pt1 p219 pt2 p315.
I2(l)
I2(L)
386.750 - 6000
Liquid. Ref-Elm. Gurvich,1989 pt1 p219 pt2 p315.
In(cr)
100.000 - 430
Tetragonal. Ref-Elm. Gurvich,1996a pt1 255 pt2 p207.
In(l)
In(L)
429.784 - 6000
Liquid. Ref-Elm. Gurvich,1996a pt1 255 pt2 p207.
InBr(cr)
298.15 - 558
Rhombic Gurvich,1996a pt1 p289 pt2 p232.
InBr(l)
InBr(L)
558.000 - 6000
Liquid Gurvich,1996a pt1 p289 pt2 p232
InBr3(cr)
298.15 - 693
Gurvich,1996a pt1 p292 pt2 p235.
InBr3(l)
InBr3(L)
693.000 - 6000
Liquid Gurvich,1996a pt1 p292 pt2 p235.
InCl(crII)
InCL(crII)
298.15 - 387
Cubic Gurvich,1996a pt1 p280 pt2 p224.
InCl(crI)
InCL(crI)
387.000 - 484
Rhombic Gurvich,1996a pt1 p280 pt2 p224.
InCl(l)
InCL(L)
484.000 - 6000
Liquid Gurvich,1996a pt1 p280 pt2 p224
InCl3(cr)
InCL3(cr)
298.15 - 856
Monoclinic Gurvich,1996a pt1 p284 pt2 p227.
InCl3(l)
InCL3(L)
856.000 - 6000
Liquid Gurvich,1996a pt1 p284 pt2 p227.
InF3(cr)
298.15 - 1445
Hexagonal Gurvich,1996a pt1 p274 pt2 p219.
InF3(l)
InF3(L)
1445.000 - 6000
Liquid Gurvich,1996a pt1 p274 pt2 p219.
InI(cr)
200 - 638
Rhombic Gurvich,1996a pt1 p296 pt2 p240
InI(l)
InI(L)
637.500 - 6000
Liquid Gurvich,1996a pt1 p296 pt2 p240
InI2(crII)
200 - 428
Gurvich,1996a pt1 p299 pt2 p242.
InI2(crI)
428.000 - 497
InI2(l)
InI2(L)
497.000 - 6000
Liquid Gurvich,1996a pt1 p299 pt2 p242.
InI3(cr)
296.000 - 480
Monoclinic Gurvich,1996a pt1 p301 pt2 p244.
InI3(l)
InI3(L)
480.000 - 6000
Liquid Gurvich,1996a pt1 p301 pt2 p244.
In2O3(cr)
200 - 2186
Cubic. Gurvich,1996a pt1 p267 pt2 p214.
In2O3(l)
In2O3(L)
2186.000 - 6000
Liquid. Gurvich,1996a pt1 p267 pt2 p214.
K(cr)
200 - 337
Cubic. Ref-Elm. Cox,1989 p257.
K(l)
K(L)
336.860 - 2200
Liquid. Ref-Elm. Cox,1989 p257.
KAlO2(II)
KALO2(II)
200 - 810
Cubic Gurvich,1982 pt1 p416 pt2 p440.
KAlO2(I)
KALO2(I)
810.000 - 1986
KAlO2(l)
KALO2(L)
1986.000 - 6000
Liquid. Gurvich,1982 pt1 p416 pt2 p440.
KBO2(cr)
200 - 1220
Hexagonal. Gurvich,1982 pt1 p414 pt2 p438.
KBO2(l)
KBO2(L)
1220.000 - 6000
Liquid. Gurvich,1982 pt1 p414 pt2 p438.
KBr(cr)
200 - 1007
Cubic. Gurvich,1982 pt1 p394 pt2 p422.
KBr(l)
KBr(L)
1007.000 - 6000
Liquid. Gurvich,1982 pt1 p394 pt2 p422.
KCN(II)
168.300 - 895
Chase,1998 pp617-9.
KCN(l)
KCN(L)
895.000 - 6000
KCl(cr)
KCL(cr)
200 - 1044
Cubic. Gurvich,1982 pt1 p390 pt2 p419.
KCl(l)
KCL(L)
1044.000 - 6000
Liquid. Gurvich,1982 pt1 p390 pt2 p419.
KF(cr)
200 - 1131
Cubic. Gurvich,1982 pt1 p387 pt2 p416.
KF(l)
KF(L)
1131.000 - 6000
Liquid. Gurvich,1982 pt1 p387 pt2 p416.
KH(cr)
298.15 - 892
Cubic. Gurvich,1982 pt1 p381 pt2 p411.
KH(l)
KH(L)
892.000 - 6000
Liquid. Gurvich,1982 pt1 p381 pt2 p411.
K(HF2)(a)
200 - 470
Alpha. Chase,1998 pp1104-6.
K(HF2)(b)
469.850 - 512
Beta. Chase,1998 pp1104-6.
K(HF2)(l)
K(HF2)(L)
511.950 - 6000
Liquid. Chase,1998 pp1104-6.
KI(cr)
200 - 954
Cubic. Gurvich,1982 pt1 p398 pt2 p425.
KI(l)
KI(L)
954.000 - 6000
Liquid. Gurvich,1982 pt1 p398 pt2 p425.
KNO2(II)
200 - 315
Hexagonal. Gurvich,1982 pt1 p404 pt2 p430.
KNO2(I)
314.700 - 711
Cubic. Gurvich,1982 pt1 p404 pt2 p430.
KNO2(l)
KNO2(L)
711.000 - 6000
Liquid. Gurvich,1982 pt1 p404 pt2 p430.
KNO3(a)
200 - 402
Rhombic. Gurvich,1982 pt1 p407 pt2 p432.
KNO3(b)
402.000 - 608
Hexagonal. Gurvich,1982 pt1 p407 pt2 p432.
KNO3(l)
KNO3(L)
607.700 - 6000
Liquid. Gurvich,1982 pt1 p407 pt2 p432.
KOH(a)
100.000 - 298
Alpha,beta. Gurvich,1997 p1031.
KOH(b)
298.15 - 517
Beta. Gurvich,1997 p1031.
KOH(c)
517.000 - 679
Gamma. Gurvich,1997 p1031.
KOH(l)
KOH(L)
Liquid. Gurvich,1997 p1031.
KO2(b)
200 - 422
Tetragonal. Gurvich,1982 pt1 p375 pt2 p405.
KO2(a)
422.000 - 808
Cubic. Gurvich,1982 pt1 p375 pt2 p405.
KO2(l)
KO2(L)
808.000 - 6000
Liquid. Gurvich,1982 pt1 p375 pt2 p405.
K2CO3(a)
200 - 693
Monoclinic. Gurvich,1982 pt1 p410 pt2 p434.
K2CO3(b)
693.000 - 1173
Hexagonal. Gurvich,1982 pt1 p410 pt2 p434.
K2CO3(l)
K2CO3(L)
1173.000 - 6000
Liquid. Gurvich,1982 pt1 p410 pt2 p434.
K2O(c)
298.15 - 590
III Cubic. Gurvich,1982 pt1 p377 pt2 p406.
K2O(b)
590.000 - 645
II Cubic. Gurvich,1982 pt1 p377 pt2 p406.
K2O(a)
645.000 - 1013
I Tetragonal. Gurvich,1982 pt1 p377 pt2 p406.
K2O(l)
K2O(L)
1013.000 - 6000
Liquid. Gurvich,1982 pt1 p377 pt2 p406.
K2O2(cr)
298.15 - 818
Rhombic. Gurvich,1982 pt1 p379 pt2 p409.
K2O2(l)
K2O2(L)
818.000 - 6000
Liquid. Gurvich,1982 pt1 p379 pt2 p409.
K2S(cr)
298.15 - 1050
Below lambda. Chase,1998 pp1486-8.
1050.000 - 1221
Above lambda. Chase,1998 pp1486-8.
K2S(l)
K2S(L)
1221.000 - 6000
Chase,1998 pp1486-8.
K2SO4(II)
200 - 857
Rhombic. Gurvich,1982 pt1 p402 pt2 p428.
K2SO4(I)
857.000 - 1342
Hexagonal. Gurvich,1982 pt1 p402 pt2 p428.
K2SO4(l)
K2SO4(L)
1342.000 - 6000
Liquid. Gurvich,1982 pt1 p402 pt2 p428.
K2SiO3(cr)
200 - 1249
Rhombic. Gurvich,1982 pt1 p412 pt2 p436.
K2SiO3(l)
K2SiO3(L)
1249.000 - 6000
Liquid. Gurvich,1982 pt1 p412 pt2 p436.
K2Si2O5(a)
200 - 510
III. Gurvich,1982 pt1 p413 pt2 p437.
K2Si2O5(b)
510.000 - 867
II. Gurvich,1982 pt1 p413 pt2 p437.
K2Si2O5(c)
867.000 - 1318
I. Gurvich,1982 pt1 p413 pt2 p437.
K2Si2O5(l)
K2Si2O5(L)
1318.000 - 6000
Gurvich,1982 pt1 p413 pt2 p437.
K3AlF6(II)
K3ALF6(II)
298.15 - 600
Tetragonal. Gurvich,1982 pt1 p418 pt2 p442.
K3AlF6(I)
K3ALF6(I)
600.000 - 1273
Cubic. Gurvich,1982 pt1 p418 pt2 p442.
K3AlF6(l)
K3ALF6(L)
Liquid. Gurvich,1982 pt1 p418 pt2 p442.
Li(cr)
200 - 454
Crystal. Ref-Elm. Gurvich,1982 pt1 p245 pt2 p286.
Li(l)
Li(L)
453.690 - 6000
Liquid. Ref-Elm. Gurvich,1982 pt1 p245 pt2 p286.
LiAlO2(cr)
LiALO2(cr)
200 - 1973
Chase,1998 pp126-8.
LiAlO2(l)
LiALO2(L)
1973.000 - 6000
LiBO2(cr)
200 - 1122
Monoclinic. Gurvich,1982 pt1 p298 pt2 p331.
LiBO2(l)
LiBO2(L)
1122.000 - 6000
Liquid. Gurvich,1982 pt1 p298 pt2 p331.
LiBr(cr)
200 - 823
Cubic. Gurvich,1982 pt1 p284 pt2 p317.
LiBr(l)
LiBr(L)
Liquid. Gurvich,1982 pt1 p284 pt2 p317.
LiCl(cr)
LiCL(cr)
200 - 883
Cubic. Gurvich,1982 pt1 p279 pt2 p313.
LiCl(l)
LiCL(L)
883.000 - 6000
Liquid. Gurvich,1982 pt1 p279 pt2 p313.
LiF(cr)
Cubic. Gurvich,1982 pt1 p273 pt2 p309.
LiF(l)
LiF(L)
Liquid. Gurvich,1982 pt1 p273 pt2 p309.
LiH(cr)
200 - 965
Cubic. Gurvich,1982 pt1 p263 pt2 p300.
LiH(l)
LiH(L)
965.000 - 6000
Liquid. Gurvich,1982 pt1 p263 pt2 p300.
LiI(cr)
200 - 742
Cubic. Gurvich,1982 pt1 p287 pt2 p321.
LiI(l)
LiI(L)
742.000 - 6000
Liquid. Gurvich,1982 pt1 p287 pt2 p321.
LiNO2(II)
298.15 - 369
Crystal. Gurvich,1982 pt1 p292 pt2 p326.
LiNO2(I)
369.000 - 495
Hexagonal. Gurvich,1982 pt1 p292 pt2 p326.
LiNO2(l)
LiNO2(L)
495.000 - 6000
Liquid. Gurvich,1982 pt1 p292 pt2 p326.
LiNO3(cr)
298.15 - 526
Hexagonal. Gurvich,1982 pt1 p294 pt2 p328.
LiNO3(l)
LiNO3(L)
525.000 - 6000
Liquid. Gurvich,1982 pt1 p294 pt2 p328.
LiOH(cr)
200 - 746
Tetragonal. Gurvich,1996b.
LiOH(l)
LiOH(L)
746.000 - 6000
Liquid. Gurvich,1996b.
Li2CO3(cr)
Monoclinic. Gurvich,1982 pt1 p297 pt2 p330.
Li2CO3(l)
Li2CO3(L)
Liquid. Gurvich,1982 pt1 p297 pt2 p330.
Li2O(cr)
200 - 1726
Cubic. Gurvich,1982 pt1 p257 pt2 p295.
Li2O(l)
Li2O(L)
1726.000 - 6000
Liquid. Gurvich,1982 pt1 p257 pt2 p295.
Li2O2(cr)
298.15 - 1000
Hexagonal. Gurvich,1982 pt1 p261 pt2 p298.
Li2SO4(a)
200 - 848
Alpha. Gurvich,1982 pt1 p291 pt2 p325.
Li2SO4(b)
848.000 - 1131
Beta. Gurvich,1982 pt1 p291 pt2 p325.
Li2SO4(l)
Li2SO4(L)
Liquid. Gurvich,1982 pt1 p291 pt2 p325.
Li3AlF6(IV)
Li3ALF6(IV)
200 - 788
Rhombic. Gurvich,1982 pt1 p301 pt2 p334.
Li3AlF6(III)
Li3ALF6(III)
788.000 - 873
Tetragonal. Gurvich,1982 pt1 p301 pt2 p334.
Li3AlF6(II)
Li3ALF6(II)
873.000 - 978
Cubic. Gurvich,1982 pt1 p301 pt2 p334.
Li3AlF6(I)
Li3ALF6(I)
978.000 - 1058
Crystal. Gurvich,1982 pt1 p301 pt2 p334.
Li3AlF6(l)
Li3ALF6(L)
1058.000 - 6000
Liquid. Gurvich,1982 pt1 p301 pt2 p334.
Li3N(cr)
200 - 1300
Chase,1998 p1526.
Mg(cr)
100.000 - 923
Hexagonal. Ref-Elm. Alcock,1993.
Mg(l)
Mg(L)
923.000 - 6000
MgAl2O4(cr)
MgAL2O4(cr)
200 - 2408
Crystal. Chase,1998 pp147-9.
MgAl2O4(l)
MgAL2O4(L)
2408.000 - 6000
Liquid. Chase,1998 pp147-9.
MgBr2(cr)
298.15 - 984
Hexagonal. Gurvich,1996a pt1 p418 pt2 p332.
MgBr2(l)
MgBr2(L)
Liquid. Gurvich,1996a pt1 p418 pt2 p332.
MgCO3(cr)
200 - 1263
Hexagonal. Gurvich,1996a pt1 p429 pt2 p341.
MgCO3(l)
MgCO3(L)
1263.000 - 6000
Liquid. Gurvich,1996a pt1 p429 pt2 p341.
MgCl2(cr)
MgCL2(cr)
200 - 987
Hexagonal. Gurvich,1996a pt1 p413 pt2 p329.
MgCl2(l)
MgCL2(L)
987.000 - 6000
Liquid. Gurvich,1996a pt1 p413 pt2 p329.
MgF2(cr)
200 - 1536
Tetragonal. Gurvich,1996a pt1 p410 pt2 p326.
MgF2(l)
MgF2(L)
1536.000 - 6000
Liquid. Gurvich,1996a pt1 p410 pt2 p326.
MgH2(b)
200 - 600
Beta,tetragonal. Gurvich,1996a pt1 p402 pt2 p321.
MgH2(l)
MgH2(L)
600.000 - 6000
Liquid. Gurvich,1996a pt1 p402 pt2 p321.
MgI2(cr)
298.15 - 906
Hexagonal. Gurvich,1996a pt1 p422 pt2 p335.
MgI2(l)
MgI2(L)
906.000 - 6000
Liquid. Gurvich,1996a pt1 p422 pt2 p335.
MgO(cr)
200 - 3100
Cubic Gurvich,1996a pt1 p397 pt2 p317.
MgO(l)
MgO(L)
3100.000 - 6000
Liquid Gurvich,1996a pt1 p397 pt2 p317.
Mg(OH)2(cr)
Hexagonal. Gurvich,1996a pt1 p405 pt2 p323.
Mg(OH)2(l)
Mg(OH)2(L)
1100.000 - 6000
Liquid. Gurvich,1996a pt1 p405 pt2 p323.
MgS(cr)
Cubic. Gurvich,1996a pt1 p424 pt2 p337.
MgS(l)
MgS(L)
Liquid. Gurvich,1996a pt1 p424 pt2 p337.
MgSO4(II)
200 - 1283
CrII,rhombic. Gurvich,1996a pt1 p426 pt2 p339.
MgSO4(I)
1283.000 - 1410
CrI,rhombic. Gurvich,1996a pt1 p426 pt2 p339.
MgSO4(l)
MgSO4(L)
1410.000 - 6000
Liquid. Gurvich,1996a pt1 p426 pt2 p339.
MgSiO3(I)
200 - 903
Chase,1998 pp1540-2.
MgSiO3(II)
903.000 - 1258
MgSiO3(III)
1258.000 - 1850
MgSiO3(l)
MgSiO3(L)
1850.000 - 6000
MgTiO3(cr)
200 - 1953
Chase,1998 pp1543-5.
MgTiO3(l)
MgTiO3(L)
1953.000 - 6000
MgTi2O5(cr)
200 - 1963
Todd,1952. Chase,1998 pp1550-1552 6/67.
MgTi2O5(l)
MgTi2O5(L)
1963.000 - 6000
Mg2SiO4(cr)
200 - 2171
Chase,1998 pp1556-8 12/67.
Mg2SiO4(l)
Mg2SiO4(L)
2170.000 - 6000
Chase,1998 pp1556-8 12/67
Mg2TiO4(cr)
200 - 2013
Chase,1998 pp1559-61 6/67.
Mg2TiO4(l)
Mg2TiO4(L)
2013.000 - 6000
Mg3N2(cr)
Cubic. Gurvich,1996a pt1 p427 pt2 p340.
Mn(a)
200 - 980
Alpha. Ref-Elm. Chase,1998 pp1571-4.
Mn(b)
980.000 - 1361
Beta. Ref-Elm. Chase,1998 pp1571-4.
Mn(c)
1361.000 - 1412
Gamma. Ref-Elm. Chase,1998 pp1571-4.
Mn(d)
1412.000 - 1519
Delta. Ref-Elm. Chase,1998 pp1571-4.
Mn(l)
Mn(L)
1519.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1571-4.
Mo(cr)
200 - 2896
Crystal. Ref-Elm. Chase,1998 pp1577-80.
Mo(l)
Mo(L)
2896.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1577-80.
MoO2(cr)
Monoclinic. Gurvich,1982 pt1 p27 pt2 p32.
MoO3(cr)
200 - 1075
Rhombic. Gurvich,1982 pt1 p30 pt2 p34.
MoO3(l)
MoO3(L)
1075.000 - 6000
Liquid. Gurvich,1982 pt1 p30 pt2 p34.
NH4Cl(II)
NH4CL(II)
298.15 - 458
Chase,1998 p765.
NH4Cl(III)
NH4CL(III)
457.700 - 1500
NH4F(cr)
200 - 511
Hexagonal. Gurvich,1989 pt1 p388 pt2 p324.
NH4F(l)
NH4F(L)
511.000 - 6000
Liquid. Gurvich,1989 pt1 p388 pt2 p324.
Na(cr)
Cubic. Ref-Elm. Cox,1989 p254.
Na(l)
Na(L)
371.010 - 2300
Liquid. Ref-Elm. Cox,1989 p254.
NaAlO2(a)
NaALO2(a)
200 - 740
Alpha.Chase,1998 p131.
NaAlO2(b)
NaALO2(b)
740.000 - 3000
Beta. Chase,1998 p131.
NaBO2(cr)
200 - 1239
Hexagonal. Gurvich,1982 pt1 p357 pt2 p391.
NaBO2(l)
NaBO2(L)
1239.000 - 6000
Liquid. Gurvich,1982 pt1 p357 pt2 p391.
NaBr(cr)
200 - 1020
Cubic. Gurvich,1982 pt1 p340 pt2 p378.
NaBr(l)
NaBr(L)
1020.000 - 6000
Liquid. Gurvich,1982 pt1 p340 pt2 p378.
NaCN(II)
197.700 - 289
Lambda trans@288.5K. Chase,1998(3/66) pp631-3. Messer,1941.
NaCN(III)
288.500 - 835
NaCN(l)
NaCN(L)
835.000 - 6000
Chase,1998(3/66) pp631-3. Messer,1941.
NaCl(cr)
NaCL(cr)
200 - 1074
Cubic. Gurvich,1982 pt1 p335 pt2 p374.
NaCl(l)
NaCL(L)
1074.000 - 6000
Liquid. Gurvich,1982 pt1 p335 pt2 p374.
NaF(cr)
200 - 1269
Cubic. Gurvich,1982 pt1 p330 pt2 p370.
NaF(l)
NaF(L)
1269.000 - 6000
Liquid. Gurvich,1982 pt1 p330 pt2 p370.
NaH(cr)
200 - 911
Cubic. Gurvich,1982 pt1 p324 pt2 p365.
NaH(l)
NaH(L)
911.000 - 6000
Liquid. Gurvich,1982 pt1 p324 pt2 p365.
NaI(cr)
Cubic. Gurvich,1982 pt1 p343 pt2 p381.
NaI(l)
NaI(L)
934.000 - 6000
Liquid. Gurvich,1982 pt1 p343 pt2 p381.
NaNO2(I)
298.15 - 437
Rhombic. Gurvich,1982 pt1 p350 pt2 p386.
NaNO2(I')
436.700 - 557
NaNO2(l)
NaNO2(L)
557.000 - 6000
Liquid. Gurvich,1982 pt1 p350 pt2 p386.
NaNO3(a)
200 - 549
Hexagonal. Gurvich,1982 pt1 p353 pt2 p388.
NaNO3(b)
549.000 - 580
NaNO3(l)
NaNO3(L)
579.600 - 6000
Liquid. Gurvich,1982 pt1 p353 pt2 p388.
NaOH(a)
100.000 - 514
Alpha. Gurvich,1996b.
NaOH(b)
514.000 - 568
Beta. Gurvich,1996b.
NaOH(c)
568.000 - 594
Gamma. Gurvich,1996b.
NaOH(l)
NaOH(L)
594.000 - 6000
NaO2(cr)
223.300 - 825
Cubic. Gurvich,1982 pt1 p319 pt2 p359.Chase,1998 p1646 6/63.
NaO2(l)
NaO2(L)
825.000 - 6000
Liq. Gurvich,1982 pt1 p319 pt2 p359.Chase,1998 p1646 6/63.
Na2CO3(a)
200 - 623
Alpha,monoclinic. Gurvich,1982 pt1 p356 pt2 p390.
Na2CO3(b)
623.000 - 752
Beta,monoclinic. Gurvich,1982 pt1 p356 pt2 p390.
Na2CO3(c)
752.000 - 1131
Gamma,hexagonal. Gurvich,1982 pt1 p356 pt2 p390.
Na2CO3(l)
Na2CO3(L)
Liquid. Gurvich,1982 pt1 p356 pt2 p390.
Na2O(c)
200 - 1023
Gamma. Gurvich,1982 pt1 p320 pt2 p360.
Na2O(b)
1023.000 - 1243
Beta. Gurvich,1982 pt1 p320 pt2 p360.
Na2O(a)
1243.000 - 1405
Alpha. Gurvich,1982 pt1 p320 pt2 p360.
Na2O(l)
Na2O(L)
1405.000 - 6000
Liquid. Gurvich,1982 pt1 p320 pt2 p360.
Na2O2(b)
200 - 785
Beta. Gurvich,1982 pt1 p323 pt2 p363.
Na2O2(a)
785.000 - 948
Alpha. Gurvich,1982 pt1 p323 pt2 p363.
Na2O2(l)
Na2O2(L)
948.000 - 6000
Liquid. Gurvich,1982 pt1 p323 pt2 p363.
Na2S(cr)
298.15 - 1276
Below lambda trans. Chase,1998 pp1667-9.
1276.000 - 1445
Above lambda trans. Chase,1998 pp1667-9.
Na2S(l)
Na2S(L)
Chase,1998 pp1667-9.
Na2SO3(cr)
298.15 - 1184
Crystal. Barin,1989 pt2 p1002.
Na2SO3(l)
Na2SO3(L)
1184.000 - 6000
Liquid. Barin,1989 pt2 p1002.
Na2SO4(V)
200 - 458
Rhombic. Gurvich,1982 pt1 p346 pt2 p384.
Na2SO4(IV)
458.000 - 514
Na2SO4(I)
514.000 - 1157
Hexagonal. Gurvich,1982 pt1 p346 pt2 p384.
Na2SO4(l)
Na2SO4(L)
1157.000 - 6000
Liquid. Gurvich,1982 pt1 p346 pt2 p384.
Na3AlF6(a)
Na3ALF6(a)
200 - 838
Monoclinic. Gurvich,1982 pt1 p361 pt2 p394.
Na3AlF6(b)
Na3ALF6(b)
838.000 - 1286
Cubic. Gurvich,1982 pt1 p361 pt2 p394.
Na3AlF6(l)
Na3ALF6(L)
1286.000 - 6000
Liquid. Gurvich,1982 pt1 p361 pt2 p394.
Na5Al3F14(cr)
Na5AL3F14(cr)
200 - 1010
Tetragonal. Gurvich,1982 pt1 p362 pt2 p395.
Na5Al3F14(l)
Na5AL3F14(L)
1010.000 - 6000
Liquid. Gurvich,1982 pt1 p362 pt2 p395.
Nb(cr)
200 - 2750
Crystal. Ref-Elm. Chase,1998 pp1675-8.
Nb(l)
Nb(L)
2750.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1675-8.
NbO(cr)
298.15 - 2217
Cubic. Gurvich,1982 pt1 p75 pt2 p77.
NbO(l)
NbO(L)
2217.000 - 6000
Liquid. Gurvich,1982 pt1 p75 pt2 p77.
NbOCl3(cr)
NbOCL3(cr)
298.15 - 702
Barin,1989 pt2 p1030. Wagman,1982 p207.
NbO2(II)
200 - 1082
Tetragonal. Gurvich,1982 pt1 p78 pt2 p80.
NbO2(I)
1082.000 - 2360
NbO2(l)
NbO2(L)
2360.000 - 6000
Liquid. Gurvich,1982 pt1 p78 pt2 p80.
Nb2O5(cr)
200 - 1783
Monoclinic. Gurvich,1982 pt1 p81 pt2 p82.
Nb2O5(l)
Nb2O5(L)
1783.000 - 6000
Liquid. Gurvich,1982 pt1 p81 pt2 p82.
Ni(cr)
200 - 631
Crystal Ref-Elm. <lambda trans 631K. Chase,1998 pp1697-700.
631.000 - 1728
Crystal Ref-Elm. >lambda trans 631K. Chase,1998 pp1697-700.
Ni(l)
Ni(L)
1728.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1697-700.
NiS(b)
200 - 652
Beta. Chase,1998 pp1704-6.
NiS(a)
652.000 - 1249
ALpha. Chase,1998 pp1704-6.
NiS(l)
NiS(L)
Liquid. Chase,1998 pp1704-6.
NiS2(cr)
298.15 - 1280
Crystal. Chase,1998 pp1708-10.
NiS2(l)
NiS2(L)
1280.000 - 6000
Liquid. Chase,1998 pp1708-10.
Ni3S2(a)
200 - 834
Alpha. Pankratz,1987 p225-6. Chase,1998 pp1711-3 12/83.
Ni3S2(b)
834.000 - 1064
Beta. Pankratz,1987 p225-6.
Ni3S2(l)
Ni3S2(L)
1064.000 - 6000
Liquid. Pankratz,1987 p225-6.
Ni3S4(cr)
298.15 - 1100
Crystal. Chase,1998 p1714.
P(cr)
195.400 - 317
White.Ref-Elm. Gurvich,1989 pt1 p395 pt2 p326. Chase,1998.
P(l)
P(L)
317.300 - 6000
Liquid. Ref-Elm. Gurvich,1989 pt1 p395 pt2 p326.
P4O10(cr)
100.000 - 699
Crystal. Gurvich,1989 pt1 p417 pt2 p270.
P4O10(l)
P4O10(L)
699.000 - 6000
Liquid. Gurvich,1989 pt1 p417 pt2 p270.
Pb(cr)
200 - 601
Cubic. Ref-Elm. Gurvich,1991 pt1 p400 pt2 p337.
Pb(l)
Pb(L)
600.650 - 3600
Liquid. Ref-Elm. Gurvich,1991 pt1 p400 pt2 p337.
PbBr2(cr)
100.000 - 644
Rhombic Crystal. Gurvich,1991 pt1 p435 pt2 p361.
PbBr2(l)
PbBr2(L)
644.000 - 6000
Liquid. Gurvich,1991 pt1 p435 pt2 p361.
PbCl2(cr)
PbCL2(cr)
200 - 774
Rhombic Crystal. Gurvich,1991 pt1 p428 pt2 p356.
PbCl2(l)
PbCL2(L)
774.000 - 6000
Liquid. Gurvich,1991 pt1 p428 pt2 p356.
PbF2(II)
298.15 - 583
Rhombic Crystal(II). Gurvich,1991 pt1 p421 pt2 p351.
PbF2(I)
583.000 - 1103
Cubic Crystal(I). Gurvich,1991 pt1 p421 pt2 p351.
PbF2(l)
PbF2(L)
1103.000 - 6000
Liquid. Gurvich,1991 pt1 p421 pt2 p351.
PbI2(cr)
100.000 - 683
Hexagonal Crystal. Gurvich,1991 pt1 p441 pt2 p366.
PbI2(l)
PbI2(L)
683.000 - 6000
Liquid. Gurvich,1991 pt1 p441 pt2 p366.
PbO(II-r)
100.000 - 762
Tetragonal (II-red).Gurvich,1991 pt1 p409 pt2 p343.
PbO(I-y)
762.000 - 1160
Rhombic (I-yellow).Gurvich,1991 pt1 p409 pt2 p343.
PbO(l)
PbO(L)
1160.000 - 6000
Liquid.Gurvich,1991 pt1 p409 pt2 p343.
PbO2(cr)
100.000 - 1000
Tetragonal. Gurvich,1991 pt1 p415 p52 p346.
PbS(cr)
100.000 - 1387
Cubic. Gurvich,1991 pt1 p445 p52 p370.
PbS(l)
PbS(L)
1386.500 - 6000
Liquid. Gurvich,1991 pt1 p445 p52 p370.
Pb2O3(cr)
Monoclinic. Gurvich,1991 pt1 p417 pt2 p348.
Pb3O4(cr)
Tetragonal. Gurvich,1991 pt1 p418 pt2 p349.
Rb(cr)
100.000 - 312
Cubic. Ref-Elm. Cox,1989 p260. Chase,1998a p1849 12/83.
Rb(l)
Rb(L)
312.470 - 2100
Liquid. Ref-Elm. Cox,1989 p260.
RbBO2(b)
200 - 968
Gurvich,1982 pt1 p458 pt2 p482.
RbBO2(a)
968.000 - 1133
RbBO2(l)
RbBO2(L)
1133.000 - 6000
RbBr(cr)
Cubic. Gurvich,1982 pt1 p445 pt2 p469.
RbBr(l)
RbBr(L)
Liquid. Gurvich,1982 pt1 p445 pt2 p469.
RbCl(cr)
RbCL(cr)
200 - 997
Cubic. Gurvich,1982 pt1 p441 pt2 p466.
RbCl(l)
RbCL(L)
997.000 - 6000
Liquid. Gurvich,1982 pt1 p441 pt2 p466.
RbF(cr)
298.15 - 1068
Cubic. Gurvich,1982 pt1 p438 pt2 p463.
RbF(l)
RbF(L)
1068.000 - 6000
Liquid. Gurvich,1982 pt1 p438 pt2 p463.
RbH(cr)
298.15 - 858
Cubic. Gurvich,1982 pt1 p434 pt2 p458.
RbH(l)
RbH(L)
858.000 - 6000
Liquid. Gurvich,1982 pt1 p434 pt2 p458.
RbI(cr)
200 - 929
Cubic. Gurvich,1982 pt1 p448 pt2 p472.
RbI(l)
RbI(L)
929.000 - 6000
Liquid. Gurvich,1982 pt1 p448 pt2 p472.
RbNO2(I)
298.15 - 695
Cubic. Gurvich,1982 pt1 p453 pt2 p477.
RbNO2(l)
RbNO2(L)
695.000 - 6000
Liquid. Gurvich,1982 pt1 p453 pt2 p477.
RbNO3(IV)
200 - 437
Hexagonal. Gurvich,1982 pt1 p455 pt2 p479.
RbNO3(III)
437.000 - 493
Cubic. Gurvich,1982 pt1 p455 pt2 p479.
RbNO3(II)
493.000 - 556
RbNO3(I)
556.000 - 583
RbNO3(l)
RbNO3(L)
583.000 - 6000
Liquid. Gurvich,1982 pt1 p455 pt2 p479.
RbOH(b)
298.15 - 508
RbOH(c)
508.000 - 658
RbOH(l)
RbOH(L)
658.000 - 6000
RbO2(b)
200 - 423
Beta,hexagonal. Gurvich,1982 pt1 p430 pt2 p453.
RbO2(a)
423.000 - 813
Alpha,cubic. Gurvich,1982 pt1 p430 pt2 p453.
RbO2(l)
RbO2(L)
813.000 - 6000
Liquid. Gurvich,1982 pt1 p430 pt2 p453.
Rb2CO3(a)
200 - 576
Alpha,monoclinic. Gurvich,1982 pt1 p457 pt2 p481.
Rb2CO3(b)
576.000 - 1146
Beta,hexagonal. Gurvich,1982 pt1 p457 pt2 p481.
Rb2CO3(l)
Rb2CO3(L)
1146.000 - 6000
Liquid. Gurvich,1982 pt1 457 pt2 p481.
Rb2O(c)
298.15 - 543
Gamma,cubic. Gurvich,1982 pt1 p431 pt2 p454.
Rb2O(b)
543.000 - 613
Beta,cubic. Gurvich,1982 pt1 p431 pt2 p454.
Rb2O(a)
613.000 - 778
Alpha,hexagonal. Gurvich,1982 pt1 p431 pt2 p454.
Rb2O(l)
Rb2O(L)
778.000 - 6000
Liquid. Gurvich,1982 pt1 p431 pt2 p454.
Rb2O2(b)
298.15 - 398
Beta,rhombic Gurvich,1982 pt1 p433 pt2 p456.
Rb2O2(a)
398.000 - 843
Alpha,cubic. Gurvich,1982 pt1 p433 pt2 p456.
Rb2O2(l)
Rb2O2(L)
843.000 - 6000
Liquid. Gurvich,1982 pt1 p433 pt2 p456.
Rb2SO4(a)
200 - 931
Alpha,rhombic. Gurvich,1982 pt1 p451 pt2 p475.
Rb2SO4(b)
931.000 - 1343
Beta,hexagonal. Gurvich,1982 pt1 p451 pt2 p475.
Rb2SO4(l)
Rb2SO4(L)
1343.000 - 6000
Liquid. Gurvich,1982 pt1 p451 pt2 p475.
S(a)
200 - 368
Alpha. Ref-Elm. Gurvich,1989 pt1 p265 pt2 p160.
S(b)
368.300 - 388
Beta. Ref-Elm. Gurvich,1989 pt1 p265 pt2 p160.
S(l)
S(L)
388.360 - 6000
Liquid. Ref-Elm. Gurvich,1989 pt1 p265 pt2 p160.
SCl2(l)
SCL2(L)
Chase,1998 p855.
S2Cl2(l)
S2CL2(L)
Chase,1998 p858.
Sc(a)
100.000 - 1609
Alpha. Ref-Elm. Gurvich,1982 pt1 p137 pt2 p138.
Sc(b)
1609.000 - 1814
Beta. Ref-Elm. Gurvich,1982 pt1 p137 pt2 p138.
Sc(l)
Sc(L)
1814.000 - 6000
Liquid. Ref-Elm. Gurvich,1982 pt1 p137 pt2 p138.
Sc2O3(cr)
200 - 2762
Cubic. Gurvich,1982 pt1 p145 pt2 p150.
Sc2O3(l)
Sc2O3(L)
2762.000 - 6000
Liquid. Gurvich,1982 pt1 p145 pt2 p150.
Si(cr)
200 - 1690
Cubic. Ref-Elm. Gurvich,1991 pt1 p236 pt2 p220.
Si(l)
Si(L)
1690.000 - 6000
Liquid. Ref-Elm. Gurvich,1991 pt1 p236 pt2 p220.
SiC(b)
100.000 - 3105
Beta,cubic. Gurvich,1991 pt1 p298 pt2 p264.
SiC(l)
SiC(L)
3103.000 - 6000
Liquid. Gurvich,1991 pt1 p298 pt2 p264.
SiO2(a-qz)
Alpha-quartz,hexagonal. Gurvich,1991 pt1 p250 pt2 p228.
SiO2(b-qz)
848.000 - 1200
Beta-quartz,hexagonal. Gurvich,1991 pt1 p250 pt2 p228.
SiO2(b-crt)
1200.000 - 1996
Beta-cristobalite,cubic. Gurvich,1991 pt1 p250 pt2 p228.
SiO2(l)
SiO2(L)
1996.000 - 6000
Liquid. Gurvich,1991 pt1 p250 pt2 p228.
SiS(cr)
298.15 - 1363
Crystal. Gurvich,1991 pt1 p289 pt2 p257.
SiS(l)
SiS(L)
1363.000 - 6000
Liquid. Gurvich,1991 pt1 p289 pt2 p257.
SiS2(cr)
100.000 - 1363
Tetragonal. Gurvich,1991 pt1 p293 pt2 p259.
SiS2(l)
SiS2(L)
Liquid. Gurvich,1991 pt1 p293 pt2 p259.
Si2N2O(cr)
Fegley,1981.
Si3N4(cr)
100.000 - 4000
Hexagonal. Gurvich,1991 pt1 p297 pt2 p262.
Sn(cr)
200 - 505
CrI,tetragonal. Ref-Elm. Gurvich,1991 pt1 p350 pt2 p300.
Sn(l)
Sn(L)
505.118 - 4700
Liquid. Ref-Elm. Gurvich,1991 pt1 p350 pt2 p300.
SnBr2(cr)
100.000 - 503
Rhombic. Gurvich,1991 pt1 p379 pt2 p322.
SnBr2(l)
SnBr2(L)
503.400 - 6000
Liquid. Gurvich,1991 pt1 p379 pt2 p322.
SnBr4(cr)
200 - 302
Monoclinic. Gurvich,1991 pt1 p382 pt2 p325.
SnBr4(l)
SnBr4(L)
302.250 - 6000
Liquid. Gurvich,1991 pt1 p382 pt2 p325.
SnCl2(cr)
SnCL2(cr)
200 - 520
Rhombic. Gurvich,1991 pt1 p372 pt2 p316.
SnCl2(l)
SnCL2(L)
520.200 - 6000
Liquid. Gurvich,1991 pt1 p372 pt2 p316.
SnCl4(l)
SnCL4(L)
239.050 - 6000
Liquid. Gurvich,1991 pt1 p375 pt2 p319.
SnF2(cr)
298.15 - 488
Monoclinic. Gurvich,1991 pt1 p367 pt2 p311.
SnF2(l)
SnF2(L)
488.200 - 6000
Liquid. Gurvich,1991 pt1 p367 pt2 p311.
SnI2(cr)
200 - 596
Monoclinic. Gurvich,1991 pt1 p386 pt2 p328.
SnI2(l)
SnI2(L)
595.700 - 6000
Liquid. Gurvich,1991 pt1 p386 pt2 p328.
SnI4(cr)
200 - 418
Cubic. Gurvich,1991 pt1 p389 pt2 p331
SnI4(l)
SnI4(L)
418.000 - 6000
Liquid. Gurvich,1991 pt1 p389 pt2 p331
SnO(cr)
100.000 - 1250
Tetragonal. Gurvich,1991 pt1 p356 pt2 p306.
SnO(l)
SnO(L)
1250.000 - 6000
Liquid. Gurvich,1991 pt1 p356 pt2 p306.
SnO2(cr)
100.000 - 1903
Tetragonal. Gurvich,1991 pt1 p361 pt2 p308.
SnO2(l)
SnO2(L)
1903.000 - 6000
Liquid. Gurvich,1991 pt1 p361 pt2 p308.
SnS(cr)
100.000 - 875
Rhombic. Gurvich,1991 pt1 p392 pt2 p333.
875.000 - 1154
Cubic. Gurvich,1991 pt1 p392 pt2 p333.
SnS(l)
SnS(L)
1154.000 - 6000
Liquid. Gurvich,1991 pt1 p392 pt2 p333.
SnS2(cr)
100.000 - 1143
Hexagonal. Gurvich,1991 pt1 p396 pt2 p335.
Sr(a)
100.000 - 820
Sr(b)
820.000 - 1041
Sr(l)
Sr(L)
1041.000 - 6000
SrBr2(a)
200 - 918
Alpha,tetragonal. Gurvich,1996a pt1 p523 pt2 p403.
SrBr2(b)
918.000 - 930
Beta. Gurvich,1996a pt1 p523 pt2 p403.
SrBr2(l)
SrBr2(L)
930.000 - 6000
Liquid. Gurvich,1996a pt1 p523 pt2 p403.
SrCO3(a)
200 - 1198
Alpha,rhombic. Gurvich,1996a pt1 p532 pt2 p411.
SrCO3(b)
1198.000 - 1689
Beta,rhombic. Gurvich,1996a pt1 p532 pt2 p411.
SrCO3(c)
1689.000 - 1767
Gamma,cubic. Gurvich,1996a pt1 p532 pt2 p411.
SrCO3(l)
SrCO3(L)
1767.000 - 6000
Liquid. Gurvich,1996a pt1 p532 pt2 p411.
SrCl2(a)
SrCL2(a)
200 - 990
Alpha,cubic. Gurvich,1996a pt1 p518 pt2 p400.
SrCl2(b)
SrCL2(b)
900.000 - 1147
Beta,cubic. Gurvich,1996a pt1 p518 pt2 p400.
SrCl2(l)
SrCL2(L)
1147.000 - 6000
Liquid. Gurvich,1996a pt1 p518 pt2 p400.
SrF2(a)
200 - 1484
Alpha,cubic. Gurvich,1996a pt1 p513 pt2 p396.
SrF2(b)
1484.000 - 1750
Beta,cubic. Gurvich,1996a pt1 p513 pt2 p396.
SrF2(l)
SrF2(L)
1750.000 - 6000
Liquid. Gurvich,1996a pt1 p515 pt2 p396.
SrH2(a)
298.000 - 1128
Alpha,rhombic. Gurvich,1996a pt1 p501 pt2 p389.
SrH2(b)
1128.000 - 1323
Beta. Gurvich,1996a pt1 p501 pt2 p389.
SrH2(l)
SrH2(L)
1323.000 - 6000
Liquid. Gurvich,1996a pt1 p501 pt2 p389.
SrI2(cr)
200 - 811
Rhombic. Gurvich,1996a pt1 p527 pt2 p406.
SrI2(l)
SrI2(L)
811.000 - 6000
Liquid. Gurvich,1996a pt1 p527 pt2 p406.
SrO(cr)
200 - 2805
Cubic. Gurvich,1996a pt1 p494 pt2 p383.
SrO(l)
SrO(L)
2805.000 - 6000
Liquid. Gurvich,1996a pt1 p494 pt2 p383.
Sr(OH)2(b)
200 - 753
Beta,tetragonal. Gurvich,1996a pt1 p505 pt2 p392.
Sr(OH)2(a)
753.000 - 808
Alpha. Gurvich,1996a pt1 p505 pt2 p392.
Sr(OH)2(l)
Sr(OH)2(L)
Liquid. Gurvich,1996a pt1 p505 pt2 p392.
SrS(cr)
Cubic. Gurvich,1996a pt1 p528 pt2 p408.
SrS(l)
SrS(L)
Liquid. Gurvich,1996a pt1 p528 pt2 p408.
SrSO4(a)
298.15 - 1430
Alpha,Rhombic. Gurvich,1996a pt1 p531 pt2 p410.
SrSO4(b)
1430.000 - 1880
Beta,hexagonal. Gurvich,1996a pt1 p531 pt2 p410.
SrSO4(l)
SrSO4(L)
1880.000 - 6000
Liquid. Gurvich,1996a pt1 p531 pt2 p410.
Ta(cr)
200 - 3258
Crystal. Ref-Elm. Chase,1998 pp1899-1901.
Ta(l)
Ta(L)
3258.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1899-1901.
TaC(cr)
200 - 4273
Chase,1998 pp652-4.
TaC(l)
TaC(L)
4273.000 - 6000
Ta2O5(II)
200 - 1633
Rhombic. Gurvich,1982 pt1 p91 pt2 p92.
Ta2O5(I)
1633.000 - 2150
Monoclinic. Gurvich,1982 pt1 p91 pt2 p92.
Ta2O5(l)
Ta2O5(L)
2150.000 - 6000
Liquid. Gurvich,1982 pt1 p91 pt2 p92.
Th(a)
200 - 1650
Alpha. Ref-Elm. Cox,1989 p239.
Th(b)
1650.000 - 2023
Beta. Ref-Elm. Cox,1989 p239.
Th(l)
Th(L)
2023.000 - 6000
Liquid. Ref-Elm. Cox,1989 p239.
Ti(a)
200 - 1156
Alpha. Ref-Elm. Cox,1989 p230.
Ti(b)
1156.000 - 1944
Beta. Ref-Elm. Cox,1989 p230.
Ti(l)
Ti(L)
1944.000 - 6000
Liquid. Ref-Elm. Cox,1989 p230.
TiB(cr)
298.15 - 4000
Crystal. Chase,1998. p258.
TiB2(cr)
200 - 3193
Crystal. Chase,1998 pp276-8.
TiB2(l)
TiB2(L)
3193.000 - 6000
Liquid. Chase,1998 pp276-8.
TiC(cr)
200 - 3290
Chase,1998 p655-7
TiC(l)
TiC(L)
3290.000 - 6000
TiCl2(cr)
TiCL2(cr)
Chase,1998 p865.
TiCl3(cr)
TiCL3(cr)
Chase,1998 p886.
TiCl4(l)
TiCL4(L)
249.046 - 2000
Chase,1998 p904.
TiN(cr)
200 - 3220
Chase,1998 pp1612-4.
TiN(l)
TiN(L)
3220.000 - 6000
TiO(a)
200 - 1265
Alpha,monoclinic. Gurvich,1982 pt1 p98 pt2 p99.
TiO(b)
1265.000 - 1810
Beta,cubic. Gurvich,1982 pt1 p98 pt2 p99.
TiO(c)
1810.000 - 2030
Gamma,cubic. Gurvich,1982 pt1 p98 pt2 p99.
TiO(l)
TiO(L)
2030.000 - 6000
Liquid. Gurvich,1982 pt1 p98 pt2 p99.
TiO2(cr)
200 - 2185
Rutile,tetragonal. Gurvich,1982 pt1 p105 pt2 p105.
TiO2(l)
TiO2(L)
2185.000 - 6000
Liquid. Gurvich,1982 pt1 p105 pt2 p105.
Ti2O3(I)
200 - 464
Hexagonal. Gurvich,1982 pt1 p109 pt2 p108.
Ti2O3(I')
464.000 - 2110
Ti2O3(l)
Ti2O3(L)
2110.000 - 6000
Liquid. Gurvich,1982 pt1 p109 pt2 p108.
Ti3O5(a)
200 - 448
Alpha,monoclinic. Gurvich,1982 pt1 p111 pt2 p110.
Ti3O5(b)
448.000 - 2050
Beta,rhombic. Gurvich,1982 pt1 p111 pt2 p110.
Ti3O5(l)
Ti3O5(L)
2050.000 - 6000
Liquid. Gurvich,1982 pt1 p111 pt2 p110.
Ti4O7(cr)
200 - 1960
Triclinic. Gurvich,1982 pt1 p112 pt2 p111.
Ti4O7(l)
Ti4O7(L)
1960.000 - 6000
Liquid. Gurvich,1982 pt1 p112 pt2 p111.
U(a)
200 - 942
Alpha. Ref-Elm. Cox,1989 p234.
U(b)
942.000 - 1049
Beta. Ref-Elm. Cox,1989 p234.
U(c)
1049.000 - 1408
Gamma. Ref-Elm. Cox,1989 p234.
U(l)
U(L)
1408.000 - 4000
Liquid. Ref-Elm. Cox,1989 p234.
UF3(cr)
298.15 - 1768
Hexagonal. Gurvich,1982 pt1 p209 pt2 p236.
UF3(l)
UF3(L)
Liquid. Gurvich,1982 pt1 p209 pt2 p236.
UF4(cr)
200 - 1309
Monoclinic. Gurvich,1982 pt1 p212 pt2 p243.
UF4(l)
UF4(L)
1309.000 - 6000
Liquid. Gurvich,1982 pt1 p212 pt2 p243.
UF5(b)
Beta,tetragonal. Gurvich,1982 pt1 p217 pt2 p250.
UF5(a)
398.000 - 621
Alpha,tetragonal. Gurvich,1982 pt1 p217 pt2 p250.
UF5(l)
UF5(L)
621.000 - 6000
Liquid. Gurvich,1982 pt1 p217 pt2 p250.
UF6(cr)
100.000 - 337
Rhombic. Gurvich,1982 pt1 p222 pt2 p532.
UF6(l)
UF6(L)
337.210 - 1000
Liquid. Gurvich,1982 pt1 p222 pt2 p532.
UO2(cr)
200 - 3123
Cubic. Gurvich,1982 pt1 p190 pt2 p209.
UO2(l)
UO2(L)
3123.000 - 6000
Liquid. Gurvich,1982 pt1 p190 pt2 p209.
UO2F2(cr)
200 - 2100
Hexagonal. Gurvich,1982 pt1 p227 pt2 p262.
UO3(c)
Gamma,monoclinic. Gurvich,1982 pt1 p195 pt2 p217.
U3O8(II)
200 - 483
Rhombic. Gurvich,1982 pt1 p199 pt2 p222.
U3O8(I)
483.000 - 6000
Hexagonal. Gurvich,1982 pt1 p199 pt2 p222.
U4O9(III)
298.15 - 348
Cubic. Gurvich,1982 pt1 p201 pt2 p223.
U4O9(II)
348.000 - 1398
U4O9(I)
1398.000 - 6000
Gurvich,1982 pt1 p201 pt2 p223.
V(cr)
200 - 2190
Crystal. Ref-Elm. Chase,1998 p1917.
V(l)
V(L)
2190.000 - 6000
Liquid. Ref-Elm. Chase,1998 p1917.
VCl2(cr)
VCL2(cr)
298.000 - 1300
Pankratz,1984.
VCl3(cr)
VCL3(cr)
298.000 - 1000
VN(cr)
200 - 3500
Chase,1998 p1635.
VO(cr)
200 - 2063
Cubic Gurvich,1982 pt1 p60 pt2 p63.
VO(l)
VO(L)
2063.000 - 6000
Liquid Gurvich,1982 pt1 p60 pt2 p63.
V2O3(cr)
200 - 2230
Hexagonal. Gurvich,1982 pt1 p65 pt2 p67.
V2O3(l)
V2O3(L)
2230.000 - 6000
Liquid. Gurvich,1982 pt1 p65 pt2 p67.
V2O4(II)
200 - 339
Monoclinic. Gurvich,1982 pt1 p67 pt2 p68.
V2O4(I)
338.700 - 1818
Tetragonal. Gurvich,1982 pt1 p67 pt2 p68.
V2O4(l)
V2O4(L)
1818.000 - 6000
Liquid. Gurvich,1982 pt1 p67 pt2 p68.
V2O5(cr)
Rhombic. Gurvich,1982 pt1 p68 pt2 p69.
V2O5(l)
V2O5(L)
Liquid. Gurvich,1982 pt1 p68 pt2 p69.
W(cr)
200 - 3680
Crystal. Ref-Elm. Chase,1998 pp1925-8.
W(l)
W(L)
3680.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1925-8.
WC(cr)
Hf:Wagman,1982 p203. Barin,1989 pt2 p1642.
WCl6(I)
WCL6(I)
298.15 - 450
Alpha1. Chase,1998 pp931-4.
WCl6(II)
WCL6(II)
450.000 - 503
Alpha2. Chase,1998 pp931-4.
WCl6(III)
WCL6(III)
503.000 - 555
Beta. Chase,1998 pp931-4.
WCl6(l)
WCL6(L)
555.000 - 6000
Liquid. Chase,1998 pp931-4.
WOCl4(cr)
WOCL4(cr)
298.15 - 484
Crystal. Chase,1998 pp897-9.
WOCl4(l)
WOCL4(L)
Liquid. Chase,1998 pp897-9.
WO2(cr)
100.000 - 6000
Gurvich,1982 pt1 p46 pt2 p49.
WO2Cl2(cr)
WO2CL2(cr)
Chase,1998 p848.
WO3(III)
100.000 - 325
Gurvich,1982 pt1 p49 pt2 p51.
WO3(III,II)
325.000 - 1013
WO3(I)
1013.000 - 1747
WO3(l)
WO3(L)
1747.000 - 6000
Liquid. Gurvich,1982 pt1 p49 pt2 p51.
Zn(cr)
Crystal. Ref-Elm. Cox,1989 p221.
Zn(l)
Zn(L)
692.730 - 6000
Liquid. Ref-Elm. Cox,1989 p221.
ZnSO4(a)
200 - 540
Alpha. Chase,1998 p1788.
ZnSO4(a')
540.000 - 1013
Alpha'.Chase,1998 p1788.
ZnSO4(b)
Beta. Chase,1998 p1788.
Zr(a)
200 - 1135
Alpha. Ref-Elm. Chase,1998 pp1943-7.
Zr(b)
1135.000 - 2125
Beta. Ref-Elm. Chase,1998 pp1943-7.
Zr(l)
Zr(L)
2125.000 - 6000
Liquid. Ref-Elm. Chase,1998 pp1943-7.
ZrC(cr)
200 - 3805
Crystal. Chase,1998 pp658-60.
ZrC(l)
ZrC(L)
3805.000 - 6000
Liquid. Chase,1998 pp658-60.
ZrN(cr)
200 - 3225
Chase,1998 pp1617-9 6/61.
ZrN(l)
ZrN(L)
3225.000 - 6000
ZrO2(III)
200 - 1445
Monoclinic. Gurvich,1982 pt1 p123 pt2 p122.
ZrO2(II)
1445.000 - 2620
Tetragonal. Gurvich,1982 pt1 p123 pt2 p122.
ZrO2(I)
2620.000 - 2983
Cubic. Gurvich,1982 pt1 p123 pt2 p122.
ZrO2(l)
ZrO2(L)
2983.000 - 6000
Liquid. Gurvich,1982 pt1 p123 pt2 p122.
Air
Mole%:N2 78.084,O2 20.9476,Ar .9365,CO2 .0319.Gordon,1982.Reac
B2H6(l)
B2H6(L)
N/A
Diborane. McBride,1996 pp84,92.
B5H9(l)
B5H9(L)
Pentaborane. Chase,1998 p302
(CH2)x(cr)
Ethylene polymer. McBride,1996 pp84,92
CH3NO2(l)
CH3NO2(L)
Nitromethane. McBride,1996 pp85,93
CH4(l)
CH4(L)
Methane. McBride,1996 pp85,93.
CH3OH(l)
CH3OH(L)
175.610 - 390
MeOH. TRC(12/87) p5000 (12/84)tc,uc,vc5031,5033. React.
CH6N2(l)
CH6N2(L)
Monomethyl Hydrazine. TRC(12/93) p9220.
C2H2(l),acetyle
C2H2(L),acetyle
Acetylene. McBride,1996 pp84,92.
CH3CN(l)
CH3CN(L)
Ethanenitrile (Acetonitrile). McBride,1996 pp84,92
C2H4(l)
C2H4(L)
Ethylene. McBride,1996 pp84,92
C2H4O(l),ethyle
C2H4O(L),ethyle
Ethylene oxide (Oxirane). McBride,1996 pp84,92
C2H6(l)
C2H6(L)
Ethane. McBride,1996 pp84,92
C2H5OH(l)
C2H5OH(L)
159.000 - 390
Ethanol. TRC(12/87) p5000 (12/84) tc,uc,vc5031-3. React.
C2H8N2(l),UDMH
C2H8N2(L),UDMH
Unsymmetrical Dimethyl Hydrazine. McBride,1996 pp85,93.
C2N2(l)
C2N2(L)
Cyanogen. McBride,1996 pp84,92
C3H6(l),propyle
C3H6(L),propyle
Propylene. McBride,1996 pp85,93
C3H7NO3(l)
C3H7NO3(L)
Propyl Nitrate. McBride,1996 pp85,93
C3H8(l)
C3H8(L)
Propane. McBride,1996 pp85,93.
C4H8(l),1-buten
C4H8(L),1-buten
1-Butene. McBride,1996 pp84,92.
C4H10(l),n-buta
C4H10(L),n-buta
n-Butane. McBride,1996 pp84,92
C4H10(l),isobut
C4H10(L),isobut
Isobutane(2-methyl propane). McBride,1996 pp84,92.
C5H12(l),n-pent
C5H12(L),n-pent
n-Pentane. McBride,1996 pp85,93
C6H6(l)
C6H6(L)
278.680 - 500
TRC(10/86) tc,uc,vc3201 (4/83) p3200. React.
C6H5NH2(l)
C6H5NH2(L)
267.130 - 460
Aniline. TRC(12/88) tc,uc,vc9370. TRC(6/95) p9370. React.
C6H14(l),n-hexa
C6H14(L),n-hexa
177.860 - 300
n-hexane. TRC(4/85) p,tc,uc,vc1440,1441. React.
C7H8(l)
C7H8(L)
178.150 - 500
TRC(10/86) tc uc vc3200-1 (4/83) p-3200. React.
C7H16(l),n-hept
C7H16(L),n-hept
182.580 - 380
TRC(10/84) p-1010 (10/75) tc,uc,vc1460. React.
C8H18(l),n-octa
C8H18(L),n-octa
216.370 - 400
TRC(10/76) tc,uc,vc1491,1492. Hf:(10/84) p1010. React.
C8H18(l),isooct
C8H18(L),isooct
165.790 - 380
TRC(10/76) tc,uc,vc1491,1492. Hf:(10/82) p1490. React.
ClF3(l)
CLF3(L)
Chlorine Trifluoride. McBride,1996 pp84,92
ClO3F(g)
CLO3F
Hf:Wagman,1982 p49. Chase,1998 p755. React.
ClO3F(l)
CLO3F(L)
Perchloryl Fluoride. McBride,1996 pp85,93
Cl2(l)
CL2(L)
Chlorine. McBride,1996 pp84,92
F2(l)
F2(L)
Fluorine. McBride,1996 pp84,92
F2O(l)
F2O(L)
Oxygen Difluoride. McBride,1996 pp85,93
HNO3(l)
HNO3(L)
Nitric Acid. McBride,1996 pp85,93
H2(l)
H2(L)
Hydrogen. McBride,1996 pp84,92
H2O2(l)
H2O2(L)
272.740 - 6000
Gurvich, 1989 v1 pt1 p126 pt2 p303. React.
IRFNA
Inhibited Red Fuming Nitric Acid. McBride,1996 pp84,93
JP-4
McBride,1996 pp85,93. Hcomb = 18640.BTU/#
JP-5
Or ASTMA1(L). McBride,1996 pp85,93. Hcomb = 18600.BTU/#
JP-10(l)
JP-10(L)
Exo-tetrahydrodicyclopentadiene.Pri.Com.R.Jaffe 12/00. React.
JP-10(g)
Exo-tetrahydrodicyclopentadiene. Zehe,2002. React.
Jet-A(l)
Jet-A(L)
220.000 - 550
McBride,1996. Faith,1971. Gracia-Salcedo,1988. React.
Jet-A(g)
273.150 - 6000
LiClO4(cr)
LiCLO4(cr)
Lithium Perchlorate. Chase,1998 p782.
NF3(l)
NF3(L)
Nitrogen trifluoride. McBride,1996 pp85,93.
NH3(l)
NH3(L)
Ammonia. McBride,1996 pp84,92.
NH4ClO4(I)
NH4CLO4(I)
100.000 - 513
Ammonium Perchlorate. Chase,1998 p766. React.
NH4ClO4(II)
NH4CLO4(II)
513.150 - 1500
NH4NO3(IV)
256.200 - 305
Rhombic(IV). Gurvich,1989 pt1 p370 pt2 p322. React.
NH4NO3(III)
305.380 - 357
Rhombic(III). Gurvich,1989 pt1 p370 pt2 p322. React.
NH4NO3(II)
357.250 - 399
Tetragonal(II). Gurvich,1989 pt1 p370 pt2 p322. React.
NH4NO3(I)
399.000 - 443
Cubic(I). Gurvich,1989 pt1 p370 pt2 p322. React.
NH4NO3(l)
NH4NO3(L)
442.850 - 900
Liquid Gurvich,1989 pt1 p370 pt2 p322. React.
N2(l)
N2(L)
0
Nitrogen. McBride,1996 pp85,93.
N2H4(l)
N2H4(L)
100.000 - 800
Hydrazine.Hf:Gurvich,1989 pt1 p360. Chase,1998(12/65). React.
N2O4(l)
N2O4(L)
Dinitrogen tetroxide. McBride,1996 pp85,93.
O2(l)
O2(L)
Oxygen. McBride,1996 pp85,93
O3(l)
O3(L)
Ozone. McBride,1996 pp85,93
RP-1
Mehta et.al. AIAA 95-2962 1995. Hcomb(high) = 19923.BTU/#
McBride, Bonnie J.; Zehe, Michael J.; and Gordon, Sanford. NASA Glenn Coefficients for Calculating Thermodynamic Properties of Individual Species; 2002; https://www.grc.nasa.gov/WWW/CEAWeb/TP-2002-21556.htm (6 Dec 2017).
See Also
ThermophysicalData
ThermophysicalData:-Chemicals
ThermophysicalData:-Chemicals:-GetSpecies
ThermophysicalData:-Chemicals:-Property
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