TEMAH

Product Tetrakis(ethylmethylamido)hafnium(IV) Boiling Point 78 ℃ @ 0.01 Torr
Formula C12H32N4Hf Melting Point -50℃
Molar Mass 410.9 Density 0.805
CAS No 352535-01-4 Vapor Pressure 0.05 Torr @ 75°C
Appearance Colorless Liquid Water Reactivity highly reactive with water
Element Hf

TDMAH

Product Tetrakis(dimethylamido)hafnium(IV) Boiling Point 80 ℃ @ 0.1 Torr
Formula C8H24N4Hf Melting Point 26-29 ℃
Molar Mass 354.79 Density 1.098
CAS No 19782-68-4 Vapor Pressure 0.01 hPa @ 60°C
Appearance light yellow crystalline solid Water Reactivity Reacts violently with water
Element Hf

TDEAH

Product Tetrakis(diethylamido)hafnium(IV) Boiling Point 130 ℃ @ 0.01 Torr
Formula C16H40N4Hf Melting Point N/A
Molar Mass 467.01 Density 1.249
CAS No 19824-55-6 Vapor Pressure 0.10 Torr @ 75°C
Appearance Yellow Liquid Water Reactivity Reacts violently with water
Element Hf

CpHf

Product (Cyclopentadienyl)tris(dimethylamido)hafnium(IV) Boiling Point 81 ℃ @ 0.1 Torr
Formula C11H23N3Hf Melting Point < 0℃
Molar Mass 375.81 Density 1.56
CAS No 941596-80-1 Vapor Pressure 0.9 torr @ 90°C
Appearance Light yellow liquid Water Reactivity highly reactive with water
Element Hf

HfCl4

Product Hafnium(IV) chloride Boiling Point 315.47 (estimate)
Formula HfCl4 Melting Point 432
Molar Mass 320.3 Density 3.89
CAS No 13499-05-3 Vapor Pressure 1 Torr @ 190 ℃
Appearance white crystalline solid Water Reactivity Reacts violently with water
Element Hf

Hf(OtBu)4

Product Hafnium(IV) tert-butoxide Boiling Point 90 ℃ @ 5 Torr
Formula C16H36HfO4 Melting Point 32 ℃
Molar Mass 470.94 Density 1.166
CAS No 2172-02-3 Vapor Pressure 0.1 Torr @ 28 ℃
Appearance Colorless to light yellow liquid Water Reactivity reacts with water
Element Hf

TEMAZ

Product Tetrakis(ethylmethylamido)zirconium(IV) Boiling Point 81 ℃ @ 0.1 Torr
Formula C12H32N4Zr Melting Point N/A
Molar Mass 323.63 Density 1.049
CAS No 175923-04-3 Vapor Pressure 1.79 Torr @ 100°C
Appearance Colorless to pale yellow liquid Water Reactivity Reacts violently with water
Element Zr

TDMAZ

Product Tetrakis(dimethylamido)zirconium(IV) Boiling Point 80 ℃ @ 0.1 Torr
Formula C8H24N4Zr Melting Point 57-60 ℃
Molar Mass 267.53 Density N/A
CAS No 19756-04-8 Vapor Pressure < 0.1 mm Hg (≈0.1 Torr) @ 25 ℃
Appearance light yellow crystalline solid Water Reactivity Reacts violently with water
Element Zr

TDEAZ

Product Tetrakis(diethylamido)zirconium(IV) Boiling Point 112 ℃ @ 0.1 Torr
Formula C16H40N4Zr Melting Point N/A
Molar Mass 379.74 Density 1.026
CAS No 13801-49-5 Vapor Pressure ~218 mm Hg @ 25 ℃
Appearance Yellow Liquid Water Reactivity highly reactive with water
Element Zr

CpZr

Product (Cyclopentadienyl)tris(dimethylamido)zirconium(IV) Boiling Point 94 ℃ @ 1.64 Torr
Formula C11H23N3Zr Melting Point 0℃
Molar Mass 288.55 Density N/A
CAS No 33271-88-4 Vapor Pressure 0.6 Torr @ 72 ℃
Appearance Colorless to yellow liquid Water Reactivity Reacts violently with water
Element Zr

Zr(OEt)4

Product Zirconium(IV) ethoxide Boiling Point 235 ℃ @ 5 Torr
Formula C8H20O4Zr Melting Point 170-180 ℃
Molar Mass 271.47 Density N/A
CAS No 18267-08-8 Vapor Pressure N/A
Appearance off-white crystals or powder Water Reactivity reacts with water
Element Zr

Zr(Ot-Bu)4

Product Zirconium(IV) tert-butoxide Boiling Point 81 ℃ @ 3 Torr
Formula C16H36O4Zr Melting Point 3 ℃
Molar Mass 383.68 Density 0.985
CAS No 2081-12-1 Vapor Pressure ~0.985 g/mL @ 25 ℃
Appearance light yellow liquid Water Reactivity reacts with water
Element Zr

TDMAT

Product Tetrakis(dimethylamido)titanium(IV) Boiling Point 50 ℃ @ 0.5 Torr
Formula C8H24N4Ti Melting Point 5℃
Molar Mass 224.17 Density 0.947
CAS No 3275-24-9 Vapor Pressure N/A
Appearance Orange Liquid Water Reactivity Reacts violently with water
Element Ti

TDEAT

Product Tetrakis(diethylamido)titanium(IV) Boiling Point 112 ℃ @ 0.1 Torr
Formula C16H40N4Ti Melting Point N/A
Molar Mass 336.38 Density 0.931
CAS No 4419-47-0 Vapor Pressure N/A
Appearance Yellow to Orange Liquid Water Reactivity Reacts violently with water
Element Ti

Ti(OEt)4

Product Titanium(IV) ethoxide Boiling Point 150-152 ℃ @ 10 Torr
Formula C8H20O4Ti Melting Point 54 ℃
Molar Mass 228.11 Density 1.088
CAS No 3087-36-3 Vapor Pressure N/A
Appearance Pale Yellow Liquid Water Reactivity readily reacts with water
Element Ti

Ti(OiPr)4

Product Titanium(IV) isopropoxide Boiling Point 232 ℃
Formula C12H28O4Ti Melting Point 14-17 ℃
Molar Mass 284.22 Density 0.96
CAS No 546-68-9 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity reacts vigorously with water
Element Ti

Cp*Ti(OMe)3

Product (Pentamethylcyclopentadienyl)titanium(IV) trimethoxide Boiling Point 285 ℃
Formula C13H24O3Ti Melting Point < 0℃
Molar Mass 252.17 Density 1.081
CAS No 123927-75-3 Vapor Pressure 1 Torr @ 85°C
Appearance yellow liquid Water Reactivity considered water-reactive
Element Ti

Co2(CO)8

Product Dicobalt Octacarbonyl (stabilized with 1-5% Hexane) Boiling Point 52 ℃ (Decompose)
Formula C8Co2O8 Melting Point 51-52 ℃
Molar Mass 341.95 Density 1.81
CAS No 10210-68-1 Vapor Pressure N/A
Appearance Orange or Dark red crystals Water Reactivity -
Element Co

CCTBA

Product (3,3-Dimethyl-1-butyne)dicobalt hexacarbonyl Boiling Point 52 ℃ @ 0.83 Torr
Formula C12H10Co2O6 Melting Point 10-12 ℃
Molar Mass 368.07 Density 1.4
CAS No 56792-69-9 Vapor Pressure N/A
Appearance Dark red liquid Water Reactivity -
Element Co

CpCo(CO)2

Product Dicarbonylcyclopentadienyl cobalt(I) Boiling Point 139-140 ℃ @ 710 Torr
Formula C7H5CoO2 Melting Point -22 ℃
Molar Mass 180.05 Density 1.35 g/cm³ @ 25 ℃
CAS No 12078-25-0 Vapor Pressure N/A
Appearance dark red liquid Water Reactivity -
Element Co

Ru(EtCp)2

Product Bis(ethylcyclopentadienyl)ruthenium(II) Boiling Point 100 ℃ @ 0.1 Torr
Formula C14H10Ru Melting Point 6 ℃
Molar Mass 287.36 Density 1.134
CAS No 32992-96-4 Vapor Pressure N/A
Appearance Pale Yellow Liquid Water Reactivity -
Element Ru

TBTEMNb

Product (t-butylimido)tris(ethylmethylamino)niobium(V) Boiling Point 100 ℃ @ 0.1 Torr
Formula C13H33N4Nb Melting Point N/A
Molar Mass 338.33 Density 1.015 g/mL
CAS No 8641507-47-0 Vapor Pressure 1 Torr @ 78 ℃
Appearance Pale Yellow Liquid Water Reactivity highly reactive with water
Element Nb

TBTDENb

Product (t-butylimido)tris(diethylamido)niobium(V) Boiling Point ~95-105 ℃ (at 0.5 Torr)
Formula C16H39N4Nb Melting Point 35-45 ℃
Molar Mass 380.41 Density ~1.015 g/mL
CAS No 210363-27-2 Vapor Pressure 1 Torr @ 91 ℃
Appearance Brown liquid/low-melting solid Water Reactivity reacts violently with water
Element Nb

Nb(OEt)5

Product Niobium(V) ethoxide Boiling Point 140 ℃ @ 0.2 Torr
Formula C10H25NbO5 Melting Point 6 ℃
Molar Mass 318.21 Density 1.268
CAS No 3236-82-6 Vapor Pressure N/A
Appearance Colorless to yellow-gold liquid (clear) Water Reactivity reacts readily with water
Element Nb

TDMAV

Product Tetrakis(dimethylamido)vanadium(IV) Boiling Point N/A
Formula C8H24N4V Melting Point 55-60 ℃
Molar Mass 227.25 Density N/A
CAS No 19824-56-7 Vapor Pressure N/A
Appearance Green Solid or Liquid Water Reactivity Reacts violently with water
Element V

TEMAV

Product Tetrakis(ethylmethylamido)vanadium(IV) Boiling Point 230 ℃ (estimate)
Formula C12H32N4V Melting Point N/A
Molar Mass 283.36 Density N/A
CAS No 791114-66-4 Vapor Pressure ~1 Torr @ 107 ℃
Appearance Dark Green Liquid Water Reactivity highly reactive with water
Element V

TDEAV

Product Tetrakis(diethylamido)vanadium(IV) Boiling Point 100 ℃ (estimate)
Formula C16H40N4V Melting Point N/A
Molar Mass 339.46 Density N/A
CAS No 219852-96-7 Vapor Pressure N/A
Appearance Green Liquid (Oily) Water Reactivity Reacts violently with water
Element V

VTIP

Product Vanadium(V) oxytriisopropoxide Boiling Point 80-82℃/2mmHg
Formula C9H21O4V Melting Point -11 to -14 ℃
Molar Mass 244.2 Density 1.035 g/cm³
CAS No 5588-84-1 Vapor Pressure ~0.1 to 0.3 Torr @ 25 ℃
Appearance colorless to yellow-green to gold or orange liquid Water Reactivity Highly Reactive with Water
Element V

TDEAET

Product Tris(diethylamido)(ethylimido)tantalum(V) Boiling Point N/A
Formula C14H35N4Ta Melting Point N/A
Molar Mass 440.4 Density 1.13
CAS No 67313-80-8 Vapor Pressure N/A
Appearance yellow to amber liquid Water Reactivity Water Reactivity
Element Ta

PDMAT

Product Pentakis(dimethylamino)tantalum(V) Boiling Point 100 ℃ @ 0.1 Torr
Formula C10H30N5Ta Melting Point 100 ℃
Molar Mass 401.33 Density N/A
CAS No 19824-59-0 Vapor Pressure N/A
Appearance light yellow to orange powder and/or chunks Water Reactivity Reacts violently with water
Element Ta

TBTDET

Product Tris(diethylamido)(tert-butylimido)tantalum(V) Boiling Point 95 ℃ @ 0.5 Torr
Formula C16H39N4Ta Melting Point N/A
Molar Mass 468.46 Density 1.252
CAS No 169896-41-7 Vapor Pressure N/A
Appearance colorless to yellow liquid Water Reactivity Reacts violently with water
Element Ta

TBTEMTa

Product Tris(ethylmethylamido)(tert-butylimido)tantalum(V) Boiling Point 98℃ @ 1.8 mmHg
Formula C13H33N4Ta Melting Point N/A
Molar Mass 426.38 Density 1.323
CAS No 511292-99-2 Vapor Pressure 95-98 ℃ @ 1.8 mmHg
Appearance Colorless to Yellow Liquid Water Reactivity Reacts violently with water
Element Ta

Ta(OEt)5

Product Tantalum(V) ethoxide Boiling Point 145 ℃ @ 0.01 Torr
Formula C10H25O5Ta Melting Point 21 ℃
Molar Mass 406.25 Density 1.566
CAS No 6074-84-6 Vapor Pressure N/A
Appearance yellow liquid or solid Water Reactivity Reacts violently with water
Element Ta

Ta(OBu)5

Product Tantalum(V) butoxide Boiling Point 217 ℃ @ 0.15 Torr
Formula C20H45O5Ta Melting Point N/A
Molar Mass 546.52 Density 1.31
CAS No 51094-78-1 Vapor Pressure N/A
Appearance pale yellow liquid Water Reactivity Reacts violently with water
Element Ta

MoO2Cl2

Product Molybdenum(VI) dichloride dioxide Boiling Point N/A
Formula Cl2MoO2 Melting Point 175 ℃
Molar Mass 198.84 Density 3.31
CAS No 13637-68-8 Vapor Pressure N/A
Appearance Yellow-Orange Solid Water Reactivity Reacts with water
Element Mo

TBDMMO

Product Bis(t-butylimido)bis(dimethylamino)molybdenum(VI) Boiling Point 61 ℃ @ 0.01 Torr
Formula C12H30N4Mo Melting Point N/A
Molar Mass 326.34 Density N/A
CAS No 923956-62-1 Vapor Pressure N/A
Appearance orange liquid Water Reactivity Reacts violently with water
Element Mo

BTBMW

Product Bis(tert-butylimino)bis(dimethylamino)tungsten(VI) Boiling Point 81 ℃ @ 0.02 Torr
Formula C12H30N4W Melting Point N/A
Molar Mass 414.23 Density N/A
CAS No 406462-43-9 Vapor Pressure N/A
Appearance light yellow to dark orange liquid Water Reactivity Reacts violently with water
Element W

Y(nBuCp)3

Product Tris(n-butylcyclopentadienyl)yttrium(III) Boiling Point N/A
Formula C27H39Y Melting Point N/A
Molar Mass 452.5 Density N/A
CAS No N/A Vapor Pressure N/A
Appearance N/A Water Reactivity Reacts with water
Element Y

Y(sBuCp)3

Product Tris(sec-butylcyclopentadienyl)yttrium(III) Boiling Point N/A
Formula C27H39Y Melting Point N/A
Molar Mass 452.5 Density 1.11
CAS No 312739-77-8 Vapor Pressure N/A
Appearance yellow liquid Water Reactivity Reacts with water
Element Y

La(iPrCp)3

Product Tris(isopropylcyclopentadienyl)lanthanum(III) Boiling Point 180-190 ℃
Formula C24H33La Melting Point N/A
Molar Mass 460.43 Density N/A
CAS No 68959-87-5 Vapor Pressure N/A
Appearance Colorless to pale yellow liquid Water Reactivity Reacts with water
Element La

Mg(EtCp)2

Product Bis(ethylcyclopentadienyl)magnesium Boiling Point 257 ℃ @ 1 Torr
Formula C14H18Mg Melting Point N/A
Molar Mass 210.6 Density 0.98
CAS No 114460-02-5 Vapor Pressure N/A
Appearance colorless to light yellow liquid Water Reactivity Reacts violently with water
Element Mg

Ni(MeCp)2

Product Bis(methylcyclopentadienyl)nickel Boiling Point 85-90 ℃ @ 1 Torr
Formula C12H14Ni Melting Point 34-36 ℃
Molar Mass 216.93 Density N/A
CAS No 1293-95-4 Vapor Pressure N/A
Appearance Dark Green to Black Moist Crystalline Solid or Liquid Water Reactivity -
Element Ni

Ni(EtCp)2

Product Bis(ethylcyclopentadienyl)nickel Boiling Point 90 ℃
Formula C14H18Ni Melting Point N/A
Molar Mass 244.99 Density 1.137
CAS No 31886-51-8 Vapor Pressure N/A
Appearance green to dark green liquid Water Reactivity -
Element Ni

Ni(iPrCp)2

Product Bis(isopropylcyclopentadienyl)nickel Boiling Point N/A
Formula C16H22Ni10 Melting Point N/A
Molar Mass 273.04 Density 1.129
CAS No 57197-55-4 Vapor Pressure N/A
Appearance Green liquid Water Reactivity -
Element Ni

Ni(nPrCp)2

Product Bis(propylcyclopentadienyl)nickel Boiling Point N/A
Formula C16H22Ni10 Melting Point N/A
Molar Mass 273.04 Density N/A
CAS No N/A Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity -
Element Ni

HCDS

Product Hexachlorodisilane Boiling Point 14-145 ℃
Formula Cl6Si2 Melting Point 0℃
Molar Mass 268.89 Density 1.562
CAS No 13465-77-5 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Si

BDEAS

Product Bis(diethylamino)silane Boiling Point 70 ℃
Formula C8H22N2Si Melting Point -10 ℃
Molar Mass 174.16 Density 0.804
CAS No 27804-64-4 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity Reacts readily with water
Element Si

BTBAS

Product Bis(t-butylamino)silane Boiling Point 167 ℃
Formula C8H22N2Si Melting Point -40 ℃
Molar Mass 174.36 Density 0.816
CAS No 186598-40-3 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Si

3DMAS

Product Tris(dimethylamino)silane Boiling Point 142 ℃
Formula C6H19N3Si Melting Point -90 ℃
Molar Mass 161.32 Density 0.838
CAS No 15112-89-7 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Si

BEMAS

Product Bis(ethylmethylamino)silane Boiling Point 134 ℃
Formula C6H18N2Si Melting Point N/A
Molar Mass 146.31 Density 0.8
CAS No 1011514-41-2 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Si

OMCTS

Product Octamethylcyclotetrasiloxane Boiling Point 175-176 ℃
Formula C8H24O4Si4 Melting Point 17-18 ℃
Molar Mass 296.62g Density 0.956 g/mL
CAS No 556-67-2 Vapor Pressure 1.32hPa at 25°C
Appearance colorless liquid Water Reactivity
Element Si

DIS

Product Diiodosilane Boiling Point 149-150 ℃
Formula H2I2Si Melting Point -1 ℃
Molar Mass 283.91 Density 2.834
CAS No 13760-02-6 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity
Element Si

TDMAGe

Product Tetrakis(dimethylamido)germanium Boiling Point 203℃
Formula C8H24GeN4 Melting Point 14℃
Molar Mass 248.9 Density 1.07 g/cm³
CAS No 7344-40-3 Vapor Pressure 3 Torr @ 50°C
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Ge

TEMAGe

Product Tetrakis(ethylmethylamido)germanium Boiling Point 260℃
Formula C12H32N4Ge Melting Point N/A
Molar Mass 305.05 Density N/A
CAS No N/A Vapor Pressure 0.52 Torr @ 60°C
Appearance Colorless liquid Water Reactivity Reacts violently with water
Element Ge

Ge(OEt)2

Product Germanium ethoxide Boiling Point 185.5 ℃
Formula C8H20GeO4 Melting Point -72 ℃
Molar Mass 252.88 Density 1.14
CAS No 14165-55-0 Vapor Pressure N/A
Appearance Colorless liquid Water Reactivity reactive with water
Element Ge

TDMASb

Product Tetrakis(dimethylamido)Antimony(IV) Boiling Point 207℃
Formula C8H24N4Sb Melting Point N/A
Molar Mass 253.81 Density N/A
CAS No 7289-92-1 Vapor Pressure 4.9 torr @ 40°C
Appearance Colorless to pale yellow Water Reactivity Reacts violently with water
Element Sb

TDMASn

Product Tetrakis(dimethylamido)tin(IV) Boiling Point 53-55 ℃ @ 0.1 Torr
Formula C8H24N4Sn Melting Point N/A
Molar Mass 295.01 Density 1.17
CAS No 1066-77-9 Vapor Pressure N/A
Appearance light yellow liquid Water Reactivity Reacts violently with water
Element Sn

TDEASn

Product Tetrakis(diethylamino)tin(IV) Boiling Point 110 ℃ @ 0.5 Torr
Formula C16H40N4Sn Melting Point N/A
Molar Mass 407.23 Density 1.125
CAS No 1066-78-0 Vapor Pressure N/A
Appearance yellow liquid Water Reactivity
Element Sn
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