electron capture - Globe Thesis

Keyword [electron capture] Result: 1 - 20 \| Page: 1 of 2
1.	Research On The Physical Process And Explosion Mechanism Of Core-collapse Supernova
2.	Theoretical Investigation On Photoionization And Relevant Processes Of Atoms
3.	Change Of ～7Be Decay Rate In Be And Au
4.	Measurement Of The ～7Be Electron-capture Decay Rate Variation In Metallic Environments And Production Of ～(15)O Secondary Beam
5.	Relativistic Theoretical Study On Fine Structures And Processes Of Photoionization And Radiative Recombination Of Highly Charged Ions
6.	Research On The Explosion Mechanism Of Type II Supernovae
7.	Cross Section Invertion Between Double Electron Capture And Transfer Ionisation In Low Energy Highly Charged Ion-He Collisions
8.	Two Applications Of Artificial Neural Networks In The Identification Of Bacterial Genus-species Relationship And The Calibration Analysis Of Chromatography
9.	Experimental Investigation Of The Intermidiate-energy P-He Collisions And Optimization Of The High-energy Electron Magnetic Spectrometer
10.	Theoretical Study On Radiative Electron Capture And Subsequent Radiative Decay In Collision Of Highly Charged Xenon Ions With Xenon
11.	The Negative Ion Fraction Dynamic Equilibrium In Grazing Scattering Neutral H Atoms From A LiF(100) Surface
12.	Constraining Nuclear Weak Interactions in Astrophysics and New Many-Core Algorithms for Neuroevolutio
13.	Single-electron capture processes in slow collisions of helium ions with molecular targets
14.	Single electron capture and ionization involving atomic (and molecular) hydrogen and helium at low intermediate impact energies
15.	Single and double electron capture cross sections at very low energies
16.	Electron capture from aligned p-state Rydberg atoms
17.	An electron-capture-delayed fission study of americium-232 and americium-234
18.	Electron-capture delayed fission properties of neutron-deficient einsteinium nuclei
19.	Theory of electron-capture cross section, alignment, and orientation in low-energy collisions
20.	Single-electron capture and loss cross sections vs. target Z for 1 MeV/u oxygen ions incident on gases
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