# Coulomb correction effects on bremsstrahlung spectra from non-Maxwellian plasmas

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- Absorption of Electromagnetic Energy by Slow Electrons under Scattering from Coulomb Centers. Krainov, V. P. // Journal of Experimental & Theoretical Physics;Jun2001, Vol. 92 Issue 6, p960
Simple analytical expressions are obtained for the rate of the inverse stimulated bremsstrahlung absorption under electron scattering from a Coulomb center with charge Z in the presence of the electromagnetic field. The initial and final values of electron energy are assumed to be small compared...

- Plasma screening effects on electron-ion Coulomb bremsstrahlung in uniformly magnetized plasmas. Jung, Young-Dae // Physics of Plasmas;Aug2000, Vol. 7 Issue 8
Plasma screening effects are investigated on classical bremsstrahlung in electron-ion Coulomb scattering in uniformly magnetized plasmas. The calculation is for the limited case of projectile motion along the magnetic field. The electron-ion interaction potential in uniformly magnetized plasmas...

- Dynamic plasma screening effects on electron-ion Coulomb bremsstrahlung in the Lorentzian... Jung-Sik Yoon; Young-Dae Jung // Physics of Plasmas;May99, Vol. 6 Issue 5, p1627
Investigates dynamic plasma screening effects on classical bremsstrahlung electron-ion Coulomb scattering in a generalization Lorentzian (kappa) velocity distribution plasma. Introduction of the plasma dielectric function to obtain the electron-ion interaction potential; Application of a...

- Bremsstrahlung radiation from slow electrons in a Coulomb field: Classical limit and quantum correction. Manakov, N.; Krylovetsky, A.; Marmo, S. // Journal of Experimental & Theoretical Physics;Nov2015, Vol. 121 Issue 5, p727
Compact analytic expressions have been derived by a direct expansion in Ä§ â†’ 0 for the nonrelativistic amplitude of Coulomb bremsstrahlung radiation (BR), the differential (in frequency and angles of the scattered electron) BR cross section, and the triply differential BR cross section...

- Photon emission from bare quark stars. Zakharov, B. // Journal of Experimental & Theoretical Physics;Jan2011, Vol. 112 Issue 1, p63
We investigate the photon emission from the electrosphere of a quark star. We show that at temperatures T â‰ˆ 0.1-1 MeV, the dominating mechanism is the bremsstrahlung due to bending of electron trajectories in the mean Coulomb field of the electrosphere. The radiated energy for this...

- Investigating Coulomb's law. Noll, Ellis; Koehlinger, Mervin; Kowalski, Ludwik; Swackhamer, Gregg // Science Teacher;Jan98, Vol. 65 Issue 1, p46
Presents a study of Coulomb's law in physics classes. Problems with demonstrating Coulomb's law; Activities which can be used to investigate Coulomb's law.

- Quantum Electrodynamic Calculation of Interelectron Interaction for He-like and Li-like Multiply Charged Ions. Andreev, O. Yu.; Labzovskiı, L. N. // Optics & Spectroscopy;Aug2000, Vol. 89 Issue 2, p161
Exact quantum-electrodynamic calculations of the interelectron interaction corrections are performed for the 1s[sub Â½]2s[sub Â½]Â¹S[sub 0], 1s[sub Â½]2p[sub Â½]Â³P[sub 0], and 1s[sub Â½]2s[sub Â½]Â³S[sub 1] configurations in He-like ions and for the (1s[sub Â½])Â²2s[sub...

- Direct confirmation of the Coulomb mechanism for atomic displacement in heavy-ion tracks in a dielectric. Lyapidevskiı, V. K.; Ryazanov, M. I. // Technical Physics Letters;Aug97, Vol. 23 Issue 8, p638
It is shown that the results of two independent experiments confirm the Coulomb mechanism for atomic displacement in heavy-ion tracks in dielectrics.

- Electron-hole Coulomb interaction in InGaN quantum dots. Bugrov, V. E.; Konstantinov, O. V. // Semiconductors;Oct98, Vol. 32 Issue 10, p1101
In contrast to group-III arsenide-based quantum dots, group-III nitride-based quantum dots are much smaller in size and have less conduction band offset. For this reason, it is important to take into account the electron-hole Coulomb interaction in which the spherical quantum dot is substituted...