Use of temperature programmed-solid insertion probe-mass spectrometry (TP-SIP-MS) as an ultra sensitive evolved gas analysis technique

P. A. Barnes; G. M B Parkes

Use of temperature programmed-solid insertion probe-mass spectrometry (TP-SIP-MS) as an ultra sensitive evolved gas analysis technique

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Abstract

The application of modern equipment and software to the development of an ultra-sensitive evolved gas analysis technique, Temperature Programmed Solid Insertion Probe Mass Spectrometry (TP-SIP-MS), is described. The advantages of the method and potential applications in the areas of micro-analysis and in studies of the fundamental processes and kinetics of solid state decompositions are discussed.

Original language	English
Pages (from-to)	607-618
Number of pages	12
Journal	Journal of Thermal Analysis
Volume	39
Issue number	5
Publication status	Published - May 1993
Externally published	Yes

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title = "Use of temperature programmed-solid insertion probe-mass spectrometry (TP-SIP-MS) as an ultra sensitive evolved gas analysis technique",

abstract = "The application of modern equipment and software to the development of an ultra-sensitive evolved gas analysis technique, Temperature Programmed Solid Insertion Probe Mass Spectrometry (TP-SIP-MS), is described. The advantages of the method and potential applications in the areas of micro-analysis and in studies of the fundamental processes and kinetics of solid state decompositions are discussed.",

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N2 - The application of modern equipment and software to the development of an ultra-sensitive evolved gas analysis technique, Temperature Programmed Solid Insertion Probe Mass Spectrometry (TP-SIP-MS), is described. The advantages of the method and potential applications in the areas of micro-analysis and in studies of the fundamental processes and kinetics of solid state decompositions are discussed.

AB - The application of modern equipment and software to the development of an ultra-sensitive evolved gas analysis technique, Temperature Programmed Solid Insertion Probe Mass Spectrometry (TP-SIP-MS), is described. The advantages of the method and potential applications in the areas of micro-analysis and in studies of the fundamental processes and kinetics of solid state decompositions are discussed.

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EP - 618

JO - Journal of Thermal Analysis

JF - Journal of Thermal Analysis

IS - 5

ER -

Use of temperature programmed-solid insertion probe-mass spectrometry (TP-SIP-MS) as an ultra sensitive evolved gas analysis technique

Abstract

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