Experimental investigation of the fundamental modes of a collisionless plasma quarterly report no. 1, mar. 10 - jun. 10, 1964

Plasma probe manipulators, electromagnetic shielding, receiver signal to noise ratio, and plasma parameters for experiment and measurements on plasma propertie

Waveform simulator Patent

Sign wave generation simulator for variable amplitude, frequency, damping, and phase pulses for oscilloscope displa

Cyclotron waves in a collisionless plasma

Plasma waves with resonances near electron cyclotron frequency investigated in long collisionless plasma column - wavelength dispersion curves and relation

Experimental investigation of the fundamental modes of a collisionless plasma quarterly report no. 3, sep. 11 - dec. 10, 1964

Plasma waves between electron cyclotron frequency and upper hybrid frequency in collisionless hydrogen plasm

Experimental investigation of the fundamental modes of a collisionless plasma quarterly report no. 2, jun. 11 - sep. 10, 1964

Dispersion relation for waves near electron cyclotron frequenc

Creative clusters and innovation (C.Chapain, P.Cooke, L.De Propris, S.MacNeill, J.Mateos-Garcia, NESTA)

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Experimental investigation of the fundamental modes of a collisionless plasma Final report, 10 Mar. 1964 - 31 Oct. 1967

Propagation of electron cyclotron waves and effects of low frequency noise in collisionless plasm

A Method to Polarize Stored Antiprotons to a High Degree

Polarized antiprotons can be produced in a storage ring by spin--dependent interaction in a purely electron--polarized hydrogen gas target. The polarizing process is based on spin transfer from the polarized electrons of the target atoms to the orbiting antiprotons. After spin filtering for about two beam lifetimes at energies $T\approx 40-170$ MeV using a dedicated large acceptance ring, the antiproton beam polarization would reach $P=0.2-0.4$. Polarized antiprotons would open new and unique research opportunities for spin--physics experiments in $\bar{p}p$ interactions

Linear and nonlinear waveguides induced by optical vortex solitons

We study, numerically and analytically, linear and nonlinear waveguides induced by optical vortex solitons in a Kerr medium. Both fundamental and first-order guided modes are analyzed, as well as the cases of effectively defocusing and focusing nonlinearity.Comment: 3 pages, 3 figures, changed conten