Velocity Map Imaging (VMI) is a powerful experimental technique used in laser physics and physical chemistry research to investigate gas phase ionisation, fragmentation dynamics, photoelectron spectroscopy and much more. VMI provides details on velocity, angular distribution and mass of charged particles,...
Design and implementation of an apparatus for sliced velocity map imaging of H atoms. Mikhail Ryazanov. 2012. link - SIMION 8.0 simulations. Also: doi:10.1063/1.4798929“Improved sliced velocity map imaging apparatus optimized for H photofragments” (2013 article) Quintero-PerezJansen2012. Quintero ...
摘要: Here, we demonstrate the capabilities of the unique combination of Rydberg electron transfer (RET) and velocity map imaging–anion photoelectron spectroscopy (VMI–aPES) to form dipole bound...DOI: 10.1140/epjd/e2018-90182-y 年份: 2018 ...
The spectra and dynamic properties of Eu 4f76p6d autoionizing states are studied systematically with the resonance-ionization spectroscopy (RIS) and the velocity-map imaging (VMI) techniques. The RIS technique is utilized to obtain the spectra of Eu 4f76p6d autoionizing states with the three-...
A single-shot kHz velocity map imaging (VMI) spectrometer is developed for characterizing 1D and 3D alignment. Stimulated by a novel metric for 3D ... X Ren - Dissertations & Theses - Gradworks 被引量: 1发表: 2013年 Preclinical validation of a novel deep learning‐based metal artifact correc...
The spectra and dynamic properties of Eu 4f(7)6p6d autoionizing states are studied systematically with the resonance-ionization spectroscopy (RIS) and the velocity-map imaging (VMI) techniques. The RIS technique is utilized to obtain the spectra of Eu 4f(7)6p6d autoionizing states with the ...
A new developed velocity map imaging spectrometer has been used to study the photoionization of atoms near threshold. The application of the spectrometer to the measurement of the angular distributions of the photoelectrons emitted in the photoionization of the Ne 2pstate between the 2p spin orbit ...
Velocity Map Imaging and Theoretical Study of the Coulomb Explosion of CH3I under Intense Femtosecond IR Pulses (VMI) technique for different singly and multiply charged ion fragments, CH3p+ (p = 1) and Iq+ (q ≤ 3), arising from different Coulomb explosion ... ME Corrales,G Gitzinger,J...