'Particle orbits' presentation slideshows

Structure of exotic nuclei

1.06k views • 58 slides

Planetary Rings

Planetary Rings. Rings are swarms of orbiting particles. Orbits have to be very circular Elliptical orbits will result in collisions, destroying the ring. Rings Have to be Very Flat. Inclined orbits will result in collisions and destruction of the ring . Rings have to be Equatorial.

395 views • 24 slides

Planetary Rings

Planetary Rings. Rings are swarms of orbiting particles. Orbits have to be very circular Elliptical orbits will result in collisions, destroying the ring. Rings Have to be Very Flat. Inclined orbits will result in collisions and destruction of the ring. Rings have to be Equatorial.

352 views • 24 slides

Planetary Rings

Planetary Rings. Rings are swarms of orbiting particles. Orbits have to be very circular Elliptical orbits will result in collisions, destroying the ring. Rings Have to be Very Flat. Inclined orbits will result in collisions and destruction of the ring . Rings have to be Equatorial.

334 views • 14 slides

MFE Simulation Data Management

MFE Simulation Data Management. SLAC DMW 2004 March 16, 2004 W. W. Lee and S. Klasky Princeton Plasma Physics Laboratory Princeton, NJ. atomic mfp. electron-ion mfp. system size. skin depth. tearing length. ion gyroradius. Debye length. electron gyroradius. Spatial Scales (m). 10 -6.

279 views • 12 slides