International audienceThis article presents the specificities of low pressure chemical ionization in ion trap mass spectrometry. One main feature is the ability to perform chemical ionization with liquid reagents as readily as with "conventional" gases (methane, isobutane and ammonia). The reactivities and analytical applications of gas and liquid reagents are summarized from literature data and are compared when possible
Almost all of the work on chemical ionisation (Cl) mass spectrometry, reported to date, has been per...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
In chemical ionization, the analyte of interest is ionized by gas-phase ion/molecule reactions betwe...
Modern technical evolution made mass spectrometry (MS) an absolute must for analytical chemistry in ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Chemical ionization is the use of ion molecules to selectively ionize a compound of interest. For ex...
Almost all of the work on chemical ionisation (Cl) mass spectrometry, reported to date, has been per...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
International audienceThis article presents the specificities of low pressure chemical ionization in...
In chemical ionization, the analyte of interest is ionized by gas-phase ion/molecule reactions betwe...
Modern technical evolution made mass spectrometry (MS) an absolute must for analytical chemistry in ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Mass spectrometer ion sources are normally located inside a high-vacuum envelope. Such low-pressure ...
Chemical ionization is the use of ion molecules to selectively ionize a compound of interest. For ex...
Almost all of the work on chemical ionisation (Cl) mass spectrometry, reported to date, has been per...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...
Laser-induced acoustic desorption (LIAD) was successfully coupled to a conventional atmospheric pres...