A multi-element analyser with a small mass spectrometer as detector

Leuven, H.C.E. van

doi:10.1007/bf00584402

Cited by 10 publications

(1 citation statement)

References 3 publications

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“…The technique of integrating ion currents to obtain quantitative analyses has been used by Van Leuven 19 for the microanalysis of organic compounds. Gas chromatography has been used in conjunction with an oxygen combustion for the analysis of C, H, and N. By using a quadrupole 246 CRC Critical Reviews in Analytical Chemistry mass spectrometer with peak selection it has been I possible to monitor all the above elements as well ' as sulphur and the halogens.…”

Section: B Temperature Effects On Fragmentationmentioning

confidence: 99%

Recent Developments in Ionization Processes Related to Analytical Methods in Mass Spectrometry

Smith¹,

Preston²

1975

C R C Critical Reviews in Analytical Chemistry

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Section: B Temperature Effects On Fragmentationmentioning

confidence: 99%

Recent Developments in Ionization Processes Related to Analytical Methods in Mass Spectrometry

Smith¹,

Preston²

1975

C R C Critical Reviews in Analytical Chemistry

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Hydrogen

Czuppon¹,

Knez²,

Newsome³

2000

Kirk-Othmer Encyclopedia of Chemical Technology

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Hydrogen is one of the most important industrial commodities. Physical thermodynamic, and chemical properties are described. The chemistry of hydrogen from a commercial perspective is followed by a description of manufacturing methods. Steam reforming of hydrocarbons and partial oxidiation of hydrocarbons account for almost all hydrogen production. Other, less conventional manufacturing methods are also presented, such as hydrogen from coal, water splitting by electrolysis and chemical means, solar processes, metal–water reactions, bacteria, nuclear, and hydrogen sulfide‐splitting reactions. Hydrogen purification is reviewed. The storage of hydrogen is discussed, including conventional methods for gas and liquid storage, and possible future methods, such as in metal hydride systems and microcapsules. Analysis of hydrogen, health and safety issues, and environmental considerations are discussed. Hydrogen consumption figures are presented, and the possible future usage of hydrogen is discussed.

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Hydrogen

Baade

Parekh

Raman

2001

Kirk-Othmer Encyclopedia of Chemical Technology

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Hydrogen is one of the most important industrial commodities. Physical thermodynamic, and chemical properties are described. The chemistry of hydrogen from a commercial perspective is followed by a description of manufacturing methods. Steam reforming of hydrocarbons and partial oxidiation of hydrocarbons account for almost all hydrogen production. Other, less conventional manufacturing methods are also presented, such as produced as a by‐product of chemical processes. Hydrogen purification is reviewed. The storage of hydrogen is discussed, including conventional methods for gas and liquid storage, and possible future methods, such as in metal hydride systems and microcapsules. Analysis of hydrogen, specifications health and safety issues, recycling, and environmental considerations are discussed. Hydrogen consumption figures are presented, and the possible future usage of hydrogen is discussed.

show abstract

A multi-element analyser with a small mass spectrometer as detector

Cited by 10 publications

References 3 publications

Recent Developments in Ionization Processes Related to Analytical Methods in Mass Spectrometry

Recent Developments in Ionization Processes Related to Analytical Methods in Mass Spectrometry

Hydrogen

Hydrogen

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