AbstractRecently, Benner described an electrostatic ion trap based on the repetitive reflection of ions between two electrostatic mirrors. This paper presents stability conditions for spatial and temporal focusing that the trap must satisfy in order to achieve optimum resolution when operated as a mass spectrometer. Also presented is an example of a theoretical design satisfying both the spatial and temporal focusing conditions
A method is reported for evaluating ion trap mass analyzers by selection of operating conditions und...
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
Ion traps are widely used in optical spectroscopy, metrology and mass spectrometry, Targeted ions (f...
AbstractRecently, Benner described an electrostatic ion trap based on the repetitive reflection of i...
We study the ions dynamics inside an Electrostatic Ion Beam Trap (EIBT) and show that the stability ...
The electrostatic linear ion trap (ELIT) is a relatively new type of mass analyzer wherein ions are ...
In a digital ion trap the βr and βz boundary lines of the stability diagram are determined experimen...
The electrostatic line ion trap (ELIT) is a relatively new type of mass analyzer in which ions are a...
AbstractThis paper is a personal perspective of the commercial development of the three-dimensional ...
On-line analysis of compounds from solution has been greatly facilitated by the advent of electrospr...
AbstractA new cylindrical ion mirror has been designed to create an electric field that is non-linea...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
In this article, the Poincare-Lighthill-Kuo (PLK) method is used to derive an analytical expression ...
In radiofrequency ion traps, electric fields are produced by applying time-varying potentials betwee...
A simple analytical model was developed for the electric and ponderomotive (trapping) potentials in ...
A method is reported for evaluating ion trap mass analyzers by selection of operating conditions und...
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
Ion traps are widely used in optical spectroscopy, metrology and mass spectrometry, Targeted ions (f...
AbstractRecently, Benner described an electrostatic ion trap based on the repetitive reflection of i...
We study the ions dynamics inside an Electrostatic Ion Beam Trap (EIBT) and show that the stability ...
The electrostatic linear ion trap (ELIT) is a relatively new type of mass analyzer wherein ions are ...
In a digital ion trap the βr and βz boundary lines of the stability diagram are determined experimen...
The electrostatic line ion trap (ELIT) is a relatively new type of mass analyzer in which ions are a...
AbstractThis paper is a personal perspective of the commercial development of the three-dimensional ...
On-line analysis of compounds from solution has been greatly facilitated by the advent of electrospr...
AbstractA new cylindrical ion mirror has been designed to create an electric field that is non-linea...
A novel linear ion trap mass analyzer was developed using just four elongated planar electrodes, mou...
In this article, the Poincare-Lighthill-Kuo (PLK) method is used to derive an analytical expression ...
In radiofrequency ion traps, electric fields are produced by applying time-varying potentials betwee...
A simple analytical model was developed for the electric and ponderomotive (trapping) potentials in ...
A method is reported for evaluating ion trap mass analyzers by selection of operating conditions und...
Enhancement in the performance and applicability of quadrupole ion trap mass spectrometers is sought...
Ion traps are widely used in optical spectroscopy, metrology and mass spectrometry, Targeted ions (f...