These files contain the design for an open source 3D printable quadrupole ion trap which is capable of trapping Lycopodium powder. The quadrupole ion trap operates using a 3 kV 50Hz alternating current power supply and uses an astable multivibrator circuit to illuminate the spores, using the stroboscopic effect to exhibit their movement. The trap can be used in teaching laboratories to enhance students understanding of electric fields. The trap may also be of interest to science centres as a functional model of an anti-matter trap. This version has some corrections to the DIY instructions, student worksheet and teacher manual
With miniature mass spectrometry high performance chemical analysis becomes available to the broader...
The advent of antiproton research utilizing relatively small scale storage devices for very large nu...
A multi-particle ion trajectory simulation program ITSIM 6.0 is described, which is capable of ion t...
These files contain the design for an open source 3D printable quadrupole ion trap which is capable ...
Quadrupole ion traps are modern and versatile research tools used in mass spectrometers, in atomic f...
abstract: In this experiment an Electrodynamic Ion Ring Trap was constructed and tested. Due to the ...
We present a linear type ion trap consisting of metal lines that are lithographically patterned onto...
Miniaturization of mass analyzers has been studied for its implication in fieldable instrumentation....
An Ion Trap 1 comprises a magnetic field generator 2 arranged to generate a magnetic field and an ar...
The behavior of a completely new ion trap is shown with SIMION 7.0 simulations. The simulated trap, ...
In radiofrequency ion traps, electric fields are produced by applying time-varying potentials betwee...
The performance of the quadrupole ion trap has continued to be developed since its commercial introd...
AbstractTechniques are presented for mass-selective ion manipulation over a wide mass range in a thr...
A simple analytical model was developed for the electric and ponderomotive (trapping) potentials in ...
We describe a novel high aspect ratio radiofrequency linear ion trap geometry that is amenable to mo...
With miniature mass spectrometry high performance chemical analysis becomes available to the broader...
The advent of antiproton research utilizing relatively small scale storage devices for very large nu...
A multi-particle ion trajectory simulation program ITSIM 6.0 is described, which is capable of ion t...
These files contain the design for an open source 3D printable quadrupole ion trap which is capable ...
Quadrupole ion traps are modern and versatile research tools used in mass spectrometers, in atomic f...
abstract: In this experiment an Electrodynamic Ion Ring Trap was constructed and tested. Due to the ...
We present a linear type ion trap consisting of metal lines that are lithographically patterned onto...
Miniaturization of mass analyzers has been studied for its implication in fieldable instrumentation....
An Ion Trap 1 comprises a magnetic field generator 2 arranged to generate a magnetic field and an ar...
The behavior of a completely new ion trap is shown with SIMION 7.0 simulations. The simulated trap, ...
In radiofrequency ion traps, electric fields are produced by applying time-varying potentials betwee...
The performance of the quadrupole ion trap has continued to be developed since its commercial introd...
AbstractTechniques are presented for mass-selective ion manipulation over a wide mass range in a thr...
A simple analytical model was developed for the electric and ponderomotive (trapping) potentials in ...
We describe a novel high aspect ratio radiofrequency linear ion trap geometry that is amenable to mo...
With miniature mass spectrometry high performance chemical analysis becomes available to the broader...
The advent of antiproton research utilizing relatively small scale storage devices for very large nu...
A multi-particle ion trajectory simulation program ITSIM 6.0 is described, which is capable of ion t...