'Plasma waves' presentation slideshows

WAVES AND INSTABILITIES IN SPACE PLASMAS

WAVES AND INSTABILITIES IN SPACE PLASMAS. TUTORIAL PRESENTED AT THE SUMMER SCHOOL ON BASIC PROCESSES OF TURBULENT PLASMAS SEPTEMBER 23, 2003 HALKIDIKI GREECE. Dennis Papadopoulos University of Maryland USA. ACKNOWLEDGMENT. USED DATA FROM THE FOLLOWING SOURCES

1.2k views • 118 slides

PLASMA WAVES & DIFFUSION

1.05k views • 84 slides

6. Wave in space plasma and Turbulence

6. Wave in space plasma and Turbulence. Outline:. Background: wave in medium; Electrostatic Wave in plasma; Langmuir wave ion-acoustic wave ion-cyclotron wave Electromagnetic wave in plasma MHD wave Type III Radio burst Turbulence; Summary;. Wave.

1.26k views • 70 slides

Zheng-Ming Sheng Institute of Physics, CAS, China

Sino-Germany Symposium on Quantum Engineering Celebrating the Einstein Year of Physics, Nov. 23-27, 2005, Beijing, China. a) Manipulation of high power laser pulses by plasma gratings b) Powerful terahertz emssion from laser wakefield in plasma. Zheng-Ming Sheng

702 views • 51 slides

supported by NSF grant PHY-0354979

502 views • 40 slides

Neutrinos and Supernovae

268 views • 26 slides

Waves in cold field-free plasma

Waves in cold field-free plasma. General dispersion-relation for electrostatic and electromagnetic waves in a cold field-free plasma. Assumptions i) No external fields. ii) Cold plasma T=0, p=0 iii) Ions stationary. High frequency waves-> only the electrons can follow iii) Small amplitudes.

337 views • 19 slides

Waves in cold field-free plasma

Waves in cold field-free plasma. General dispersion-relation for electrostatic and electromagnetic waves in a cold field-free plasma. Assumptions i) No external fields. ii) Cold plasma T=0, p=0 iii) Ions stationary. High frequency waves-> only the electrons can follow iii) Small amplitudes.

510 views • 19 slides

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147 views • 5 slides

Extra Slides for day 156

Extra Slides for day 156. From the URSI talk. Plasma Waves. Three satellite rotations (3 minutes) of data are shown. The highly polarized waves are spin modulated. The frequency range is centered a little over 60 Hz. These are ion Bernstein waves, just below the LHR. UCSD Data.

158 views • 4 slides