Add to ORKGIn this work we present two electronic key components to operate a quadrupole ion trap mass spectrometer. Radio frequency high voltage generation is mandatory to create a trapping field. Our trap works in the Fourier transform mode, consequently very small induction currents have to be detected from the ion motion. Since interference signals from the storage voltage are many orders of magnitude higher than the detection signal, a sophisticated compensation circuit is required at the amplification stage
AbstractThe discovery of a mass-dependent electrical mechanism for signal loss of high mass ions in ...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
A quadrupole ion trap mass analyzer with simplified geometry, the cylindrical ion trap (CIT), was sh...
In this work we present two electronic key components to operate a quadrupole ion trap mass spectrom...
AbstractPerforming wideband ion image current detection mass spectrometry experiments with an electr...
Fourier transform ion cyclotron resonance mass spectrometry (FT-ICR MS) offers the highest performan...
The higher order fields present in the quadrupole ion trap may have beneficial effects such as incre...
Mass spectrometry is a powerful analytical technique that is capable of a wide range of chemical and...
International audienceWe present a field mass spectrometer to analyse atmospheric pollutants and dis...
An open-ended cylindrical cell with a single annular trap electrode located at the center of the exc...
The quadrupole ion trap mass spectrometer has seen a remarkable transformation from an obscure GC de...
A new method of selective ion storage in a quadrupole ion trap is described. Broadband waveforms wer...
AbstractA high voltage RF oscillator circuit has been designed and constructed for driving multipole...
AbstractTechniques are presented for mass-selective ion manipulation over a wide mass range in a thr...
We present a radio frequency (RF)/high voltage pulse generator designed to provide suitable waveform...
AbstractThe discovery of a mass-dependent electrical mechanism for signal loss of high mass ions in ...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
A quadrupole ion trap mass analyzer with simplified geometry, the cylindrical ion trap (CIT), was sh...
In this work we present two electronic key components to operate a quadrupole ion trap mass spectrom...
AbstractPerforming wideband ion image current detection mass spectrometry experiments with an electr...
Fourier transform ion cyclotron resonance mass spectrometry (FT-ICR MS) offers the highest performan...
The higher order fields present in the quadrupole ion trap may have beneficial effects such as incre...
Mass spectrometry is a powerful analytical technique that is capable of a wide range of chemical and...
International audienceWe present a field mass spectrometer to analyse atmospheric pollutants and dis...
An open-ended cylindrical cell with a single annular trap electrode located at the center of the exc...
The quadrupole ion trap mass spectrometer has seen a remarkable transformation from an obscure GC de...
A new method of selective ion storage in a quadrupole ion trap is described. Broadband waveforms wer...
AbstractA high voltage RF oscillator circuit has been designed and constructed for driving multipole...
AbstractTechniques are presented for mass-selective ion manipulation over a wide mass range in a thr...
We present a radio frequency (RF)/high voltage pulse generator designed to provide suitable waveform...
AbstractThe discovery of a mass-dependent electrical mechanism for signal loss of high mass ions in ...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
A quadrupole ion trap mass analyzer with simplified geometry, the cylindrical ion trap (CIT), was sh...