A search for a superconducting effect on alpha particle differential energy loss in type 1 superconductors
Superconducting effects on alpha particle differential energy loss in tin, vanadium, and lead superconductors
Engineering topics
Publications and source records attributed to Liu, D. C..
Superconducting effects on alpha particle differential energy loss in tin, vanadium, and lead superconductors
Increase of chromium/+3/ concentration in X ray irradiated ruby during isothermal annealings measured by EPR technique
Differential energy losses of alpha particles traversing materials in superconducting and normal states
Chromium ions isothermal annealing kinetics in X ray irradiated ruby crystals, using EPR method
Experiment to detect interaction of photon with electric field with subsequent emission of two photons
Three quantum decay of super 1S sub zero state positronium determined via measurement of three quantum coincidence events in Al and oxygen with energy sum of 1.02 Mev
Free-positron annihilation mean life in diatomic and rare gases as a function of first electron ionization potential and outermost electron density
Positron annihilation in condensed gases - helium, hydrogen, nitrogen, & oxygen
Free positron annihilation mean lifetimes in rare and diatomic gases in liquid and solid states
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Scintillation response of alkali iodides to alpha particles and protons