Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu2Se

DF Foster; NL Pickett; JE Hails; David John Cole-Hamilton

Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu₂Se

DF Foster, NL Pickett, JE Hails, David John Cole-Hamilton

Research output: Other contribution

Abstract

Quantitative GCMS analysis of the decomposition products formed during the gas-phase thermal decomposition of deuterated t-Bu2Se in inert, He, or reducing, H-2, ambients reveals the principle mode of decomposition to involve homolytic Se-C bond cleavage reactions.

Original language	English
Volume	136/138
Publication status	Published - May 1998

Keywords

MOVPE
ditertiarybutyselenide
decomposition mechanism

Cite this

@misc{36d1c6d24c6c41cc8f7ab6ca5023736f,

title = "Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu2Se",

abstract = "Quantitative GCMS analysis of the decomposition products formed during the gas-phase thermal decomposition of deuterated t-Bu2Se in inert, He, or reducing, H-2, ambients reveals the principle mode of decomposition to involve homolytic Se-C bond cleavage reactions.",

keywords = "MOVPE, ditertiarybutyselenide, decomposition mechanism",

author = "DF Foster and NL Pickett and JE Hails and Cole-Hamilton, {David John}",

note = "Phorphorus, Sulphur and Silicon",

year = "1998",

month = may,

language = "English",

volume = "136/138",

type = "Other",

}

TY - GEN

T1 - Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu2Se

AU - Foster, DF

AU - Pickett, NL

AU - Hails, JE

AU - Cole-Hamilton, David John

N1 - Phorphorus, Sulphur and Silicon

PY - 1998/5

Y1 - 1998/5

N2 - Quantitative GCMS analysis of the decomposition products formed during the gas-phase thermal decomposition of deuterated t-Bu2Se in inert, He, or reducing, H-2, ambients reveals the principle mode of decomposition to involve homolytic Se-C bond cleavage reactions.

AB - Quantitative GCMS analysis of the decomposition products formed during the gas-phase thermal decomposition of deuterated t-Bu2Se in inert, He, or reducing, H-2, ambients reveals the principle mode of decomposition to involve homolytic Se-C bond cleavage reactions.

KW - MOVPE

KW - ditertiarybutyselenide

KW - decomposition mechanism

M3 - Other contribution

VL - 136/138

ER -

Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu2Se

Abstract

Keywords

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Gas-phase thermal decomposition mechanism of the important MOVPE precursor t-Bu₂Se