The Intensity of Electrons and Protons in the Outer Radiation Belt During the Period 1961 - 1964
Electron and proton intensities in outer radiation belt
ELECTRON INTENSITY↗
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Intensity variations of protons and electrons of the outer radiation belt
Intensity variations of protons and electrons of outer radiation belt
ELECTRON INTENSITY↗
The outermost belt of charged particles
Outer radiation belt of low energy charged particles
OUTER RADIATION BELT↗
On the Coulomb relaxation process of fast particles' distribution in the earth's radiation belts
Coulomb relaxation process of fast particle distribution in earth radiation belts
COULOMB COLLISION↗
The behavior of particles of radiation belts during magnetic storms
Behavior of particles of radiation belts during magnetic storms
TRAPPED PARTICLE↗
Physical pattern of artificial radiation belt formation after the American altitude thermonuclear explosion of 9 July 1962
Physical pattern of artificial radiation belt formation after thermonuclear explosion above Johnston Island - gamma radiation glow
ARTIFICIAL RADIATION BELT↗
Interrelation Between the Irregular Events in the Ionosphere of the Aurora Zone and the Disturbances in the Outer Radiation Belt
Interrelation between irregular events in lower ionosphere of auroral zone and disturbances in outer radiation belt
OUTER RADIATION BELT↗
Estimates of primary and secondary particle doses behind aluminum and polyethylene slabs due to incident solar-flare and Van Allen belt protons
Primary and secondary particle radiation doses shielded from solar flare and Van Allen belt protons by aluminum and polyethylene slabs
PROTON↗
The effect of the earth's radiation belts on an optical system.
Photoelectric optical imaging system survival in earth radiation belt, noting noise level and total energy absorption
OPTICAL EQUIPMENT↗
The earth's dust belt - Fact or fiction/ques/ I, II, III, IV.
Forces acting on small dust particles orbiting near earth and in interplanetary space and existence or nonexistence of terrestrial dust belt
INTERPLANETARY DUST↗
The spectra and intensity of electrons in the radiation belts.
Electron spectra, pitch angle distributions and total ionization measured throughout radiation belts by satellite magnetic spectrometer and integrating ionization chamber
RADIATION BELT↗
Structure and decay of the Starfish radiation belt, October 1963 to December 1965.
Structure and decay of artificial radiation belt produced by high altitude nuclear explosion
NUCLEAR EXPLOSION↗
A self-consistent study of the earth's radiation belts.
Dynamic equilibrium of Van Allen belts studied for self-consistency through saturation of trapped plasma
VAN ALLEN BELT↗
The Belt Method for Measuring Pressure Distribution
The measurement of pressure distribution may be accomplished rapidly for any number of locations deemed necessary in model or full-scale investigations by use of the "belt" method. Reasonable accuracy may be obtained by careful use of this method.
INSTRUMENTS-ORIFICE METERS↗
Synchrotron measurements of Jupiter's inner radiation belts
In this paper we discuss recent observations on the study of synchrotron radio emission from Jupiter's inner radiation belts.
Jupiter radio emission Jupiter radiation belt sync↗
Volcanic Hazards Survey in the Trans Mexican Volcanic Belt
We have assembled a digital mosaic of 11 Landsat Thematic images to serve as a mapping base for reconnaissance activities within the Trans Mexican Volcanic Belt. This will aid us in interpretation and in the evaluation of potential activity of all the volcanic centers there. One result is a volcanic hazards map of the area.
volcano Popocatepetl Jocotitlan La Malinche pyrocl↗
(abstract) Survey of Volcanic Hazards in the Trans Mexican Volcanic Belt
A substantial percentage of the world's population lives in areas vulnerable to the negative effects of future volcanic activity. This is especially true in Mexico, where within the Trans Mexican Volcanic Belt (TMVB) one half of the country's 90 million inhabitants live. The TMVB is a 1 000 by 200 km area, dotted with hundreds of volcanoes and volcanic centers. Most of the area has been poorly studied, and the volcanic history is largely unknown. Our approach is to combine interpretations of satellite images, field work and mapping, laboratory analysis, and age dating to elucidate the volcanic history and evaluate the potential eruptive hazards. Hazards evaluations are done in the form of risk maps.
Volcanic Belt TMVB volcanic history↗