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Crossed molecular beam
University Microfilms International 300 N
A Novel Crossed-Molecular-Beam Experiment for Investigating Reactions of State- and Conformationally Selected Strong-field-Seeking Moleculesa)
Induced Fluorescence Spectroscopy of Li (2 PJ-2 5 112, A.=670.7 Nm) Between 700 and 1000 K John M
WO 2016/186536 Al 24 November 2016 (24.11.2016) P O P C T
Lawrence Berkeley Laboratory UNIVERSITY of CALIFORNIA Materials & Molecular Research Division
MARK, NICHOLAS R., M.S. a New Crossed Molecular Beam Apparatus for the Study of the Cl + O 3 Reaction Probed Via Direct Absorption of Millimeter/Submillimeter- Waves
Collisions Between Cold Molecules in a Superconducting Magnetic Trap
Crossed Molecular Beam Experiments of Radical-Neutral Reactions Relevant to the Formation of Hydrogen Deficient Molecules in Extraterrestrial Environments
Lawrence Berkeley Laboratory
Arxiv:2012.10470V1 [Physics.Atom-Ph] 18 Dec 2020 Contents II Acknowlegements VIII
Electric-Field Affected Low-Energy Collisions Between Co-Trapped
Constructing Velocity Distributions in Crossed-Molecular Beam Studies Using Fourier Transform Doppler Spectroscopy
Crossed Molecular Beam: I
Crossed Molecular Beam Studies of Un-Imolecular Reaction Dynamics
Reactivity Oscillation in the Heavy–Light–Heavy Cl + CH4 Reaction
MASS SPECTROMETRY of VERY FAST CHEMICAL REACTIONS
Molecular Reaction Dynamics Lectures 1‐4
HIGH SENSITIVITY MASS SPECTROMETRY of TRANSIENT SPECIES
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Large Effects of Electric Fields on Atom-Molecule Collisions At
Formation of Slow Molecules in Chemical Reactions in Crossed Molecular Beams
Size-Dependent Trends in the Scattering of Small Potassium Clusters by Water Molecules A
University Microfilms International 300 N
Optimisation of Molecular Beam Sources for Collision Experiments
Crossed Molecular Beam Experiments of Radical-Neutral Reactions Relevant to the Formation of Hydrogen Deficient Molecules in Extraterrestrial Environments
Size-Dependent Trends in the Scattering of Small Potassium Clusters by Water Molecules A