Add to ORKGThis brief note presents design considerations for a linear ion trap mass spectrometer in our laboratory. The motivation for this effort was to investigate the increased sensitivity that could be obtained in such a configuration in contrast to the conventional three-dimensional Paul trap mass analyzers. This technical report discusses the equation of ion motion and then the conditions for stability in the presence of a dc trapping field in the axial direction, we also present the influence of the trapping voltage, rod length and rf frequency on mass range
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
We report a linear ion trap (LIT) in which the electric field is formed by fine wires held under ten...
The performance of the quadrupole ion trap has continued to be developed since its commercial introd...
This brief note presents design considerations for a linear ion trap mass spectrometer in our labora...
The motivation of this technical report is to describe the design and provide fabrication details of...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
Ion traps are widely used in optical spectroscopy, metrology and mass spectrometry, Targeted ions (f...
AbstractWe propose a novel ion cyclotron resonance ion trap capable of confining ions even at high p...
The Canadian Penning trap Mass Spectrometer (CPTMS) was reassembled and commissioned at Argonne Nati...
The TITAN experiment at TRIUMF performs experimental studies on stable and radioactive nuclei using ...
AbstractThe use of a linear or two-dimensional (2-D) quadrupole ion trap as a high performance mass ...
This article develops an expression that relates perturbation in ion axial secular frequency to geom...
Attempts at improving the quality of mass spectra obtained from a Paul trap mass spectrometer prompt...
Linear Paul traps use radio frequency fields to confine ions for long times in deep potentials. The ...
We report the design and performance of a novel radiofrequency (RF) ion trap mass analyzer, the plan...
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
We report a linear ion trap (LIT) in which the electric field is formed by fine wires held under ten...
The performance of the quadrupole ion trap has continued to be developed since its commercial introd...
This brief note presents design considerations for a linear ion trap mass spectrometer in our labora...
The motivation of this technical report is to describe the design and provide fabrication details of...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
Ion traps are widely used in optical spectroscopy, metrology and mass spectrometry, Targeted ions (f...
AbstractWe propose a novel ion cyclotron resonance ion trap capable of confining ions even at high p...
The Canadian Penning trap Mass Spectrometer (CPTMS) was reassembled and commissioned at Argonne Nati...
The TITAN experiment at TRIUMF performs experimental studies on stable and radioactive nuclei using ...
AbstractThe use of a linear or two-dimensional (2-D) quadrupole ion trap as a high performance mass ...
This article develops an expression that relates perturbation in ion axial secular frequency to geom...
Attempts at improving the quality of mass spectra obtained from a Paul trap mass spectrometer prompt...
Linear Paul traps use radio frequency fields to confine ions for long times in deep potentials. The ...
We report the design and performance of a novel radiofrequency (RF) ion trap mass analyzer, the plan...
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
We report a linear ion trap (LIT) in which the electric field is formed by fine wires held under ten...
The performance of the quadrupole ion trap has continued to be developed since its commercial introd...