Electrons and protons in long lived streams of energetic solar particles
Electrons and protons in long lived streams of energetic solar particles
Anderson, K. A.↗
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A living organism morphologically comparable to the precambrian genus Kakabekia.
Living microorganism morphologically comparable to Precambrian microfossil genus Kakabekia
Siegel, B. Z.↗
Live-timer method of automatic dead-time correction for precision counting
Automatic correction for dead time losses in nuclear counting experiments is implemented by a simple live timer arrangement in which each counting interval is extended for compensation for the dead time during that interval. this method eliminates repetitious manual calculations, source of error, and dependence upon paralysis shifts.
Porges, K. G.↗
Electrons and protons in long-lived steams of energetic solar particles
Electron and proton streams caused by long-lived solar events
Anderson, K. A.↗
Electrons and protons in long lived streams of energetic solar particles.
Long lived streams of low energy solar electrons and protons and association with bright flares or solar active regions
Anderson, K. A.↗
Mean lives of some doubly excited levels in lithium. I.
Excited levels in Li I produced by Li 7 ion passage through carbon foil, measuring excitation mean lives by beam foil technique
Artinson, I.↗
Mean lives of the ip super 2 super 1 D level in F VI and O V.
Mean lives of 1s super 2 2p super 2 super 1D level in F VI and O V measured by beam foil technique
Bashkin, S.↗
Mean lives of some excited levels of Li I and Li II.
Mean lives of upper decay levels of lithium isotopes accelerated by electromagnetic isotope separator and directed through thin carbon foil
Bergstroem, I.↗
The mean lives of some excited levels in nitrogen 1
Beam foil measurements of multiplet mean lives in nitrogen decay
Bashkin, S.↗
Hydrocarbons and fatty acids in living organisms and recent and ancient sediments
Hydrocarbons and fatty acids distribution in living organisms, fossils, sediments and crude oils, discussing slow thermal maturation role and geological applications
Eglinton, G.↗
Mean lives of the 2p 1P, 3p 1P, 4p 1P, and 5p 1P levels in He I
Mean lives measurement for excited levels in singlet system of neutral He using beam foil technique
Bickel, W. S.↗
On the dimensionless parameters associated with heat transport within living tissue
Dimensionless parameters associated with heat transport within living tissues using biothermal model
Chato, J. C.↗
Mean lives and relative initial state populations of some states in He II using beam-foil excitation
He II 3s and 3d states mean lives and initial population as function of energy, analyzing emitted radiation intensity
Chupp, E. L.↗
Mean lives of some excited levels in He I
Mean lives of excited levels in neutral He by beam foil method testing calculations for radiative transition probabilities
Bergstroem, I.↗
Biology of the precambrian genus Kakabekia - New observations on living Kakabekia barghoorniana
Biology of fossil genus Kakabekia and living species Kakabekia barghoorniana Siegel cultured from Alaskan soil samples
Siegel, B. Z.↗
Rolling-element fatigue lives of AISI T-1, AISI M-42, AISI 52,100 and Halmo at 150 F
Rolling element fatigue lives of AISI T-1, AISI M-42, AISI 52,100, and Halmo at 150 F
Dietrich, M. W.↗
A study of the thermal behavior of living biological tissue with application to thermal control of protective suits
Investigating biothermal model of living tissue for application to thermal control of protective clothing
Hertig, B. A.↗
Mean lives of excited levels in fluorine
Fluorine ions excited levels mean lives from beam- foil line spectrum analysis
Berry, H. G.↗