본문

  1. Home
  4. Thesis
226 Results:SS:PLASMAPHYSICS 0.374 sec.
RSS 
Multilingual
 Advanced Search
 New arrival Search
Selected Print 선택엑셀내보내기
1
Kinetic and Two-Temperature Plasma Physics of Black Hole Accretion Disks and X-Ray Coronae- [electronic resource]
Kinetic and Two-Temperature Plasma Physics of Black Hole Accretion Disks and X-Ray Coronae- [electronic resource]
Hankla, Amelia M.Physics. | University of Colorado at Boulder. | 2023
Print
2
Particle Acceleration, Propagation, and Detection: A Journey from the Kinetic Structure of Plasma Physics to Particle Transport on Cosmic Scales.
Particle Acceleration, Propagation, and Detection: A Journey from the Kinetic Structure of Plasma Physics to Particle Transport on Cosmic Scales.
Mbarek, Rostom.Astronomy and Astrophysics. | The University of Chicago. | 2022
Print
3
Particle Methods for Modeling Magnetospheric Diagnostics and Low-Temperature Plasma Physics.
Particle Methods for Modeling Magnetospheric Diagnostics and Low-Temperature Plasma Physics.
Powis, Andrew Tasman.Mechanical and Aerospace Engi | Princeton University. | 2021
Print
4
Plasma Physics and Chemistry for Nanomaterial and Device Fabrication
Plasma Physics and Chemistry for Nanomaterial and Device Fabrication
Qin, Yunxiang. | University of Minnesota | 2018
Print
5
Resonant Instabilities in Astrophysical and Laboratory Dusty Plasmas.
Resonant Instabilities in Astrophysical and Laboratory Dusty Plasmas.
Israeli, Ben Yehuda.Astrophysical Sciences-Plasma | Princeton University. | 2024
Print
6
Dispersive Gravitational Waves in Gases and Plasmas- [electronic resource]
Dispersive Gravitational Waves in Gases and Plasmas- [electronic resource]
Garg, Deepen.Astrophysical Sciences-Plasma Physics | Princeton University. | 2023
Print
7
Conductive Heat Transport and Microinstabilities in High-Beta, Magnetized, Weakly Collisional Plasma- [electronic resource]
Conductive Heat Transport and Microinstabilities in High-Beta, Magnetized, Weakly Collisional Plasma- [electronic resource]
Yerger, Evan Lowell.Astrophysical Sciences-Plasma | Princeton University. | 2023
Print
8
Quasisymmetry.
Quasisymmetry.
Rodriguez, Eduardo.Astrophysical Sciences-Plasma P | Princeton University. | 2022
Print
9
Particle Acceleration Due to Magnetic Reconnection Using Laser-Powered Capacitor Coils.
Particle Acceleration Due to Magnetic Reconnection Using Laser-Powered Capacitor Coils.
Chien, Abraham.Astrophysical Sciences-Plasma Physi | Princeton University. | 2021
Print
10
The Measurement and Optimization of Direct Laser Acceleration.
The Measurement and Optimization of Direct Laser Acceleration.
Tang, Hongmei.Electrical and Computer Engineering. | University of Michigan. | 2024
Print
처음12345678910이후마지막