I am just sending in the references:



colliding-beam electron accelerators). ... interaction of residual gases with the experimental object (surface of solids, corpuscular beams, etc.) ...
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linear electron accelerator it is proposed to build electron storage rings with energy ..... ference (corpuscular beams and electromagnetic radiation) whose ...
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of 103-104 R/sec; similarly, accelerators provide high-intensity beams of x-rays and corpuscular radiation. Further,. nuclear power stations require working ...
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In a Therac-20 linear accelerator, 6–20 MeV electron beams are normally produced by shaping a scanned electron ... Corpuscular radiation and radio-isotopes.
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The areas in which separated (or enriched) isotopes are utilized have become fairly extensive, and a partial list includes nuclear research, nuclear power generation, nuclear weapons, nuclear medicine, and agricultural research. For many applications there is a need for separated radioactive isotopes. These are usually obtained through chemical separations of the desired element following production by means of a suitable nuclear reaction. Separated radioactive isotopes are used for a number of diagnostic studies in nuclear medicine, including the technique of positron tomography. See also Isotope separation; Nuclear medicine.

Application of corpuscular and wave Monte-Carlo methods in optics ... http://www.siteadvisor.com/sites/turpion.org?ref=safesearch&... info...","",'green','siteadvisor:','Application of corpuscular and wave Monte-Carlo methods in optics ...',1.0)" style="Z-INDEX: 999; POSITION: absolute" onmouseout=shut(event) height=16 src="siteadvisor:green.gif" width=16 border=0http://www.siteadvisor.com/sites/turpion.org?ref=safesearch&...
medium with a chain of aerosol screens separated by a. distance of 20 cm was used. ... the beam periphery for the corpuscular MCM. One can see ...
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electrodes separated by 50 mm, C. 2. =0.1 ^F, field in-. tensity E/p = 15 kV- cm" ..... induction accelerator with laser injection for corpuscular ...
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corpuscular beams, such as electrons and neutrons; or with ... clearly separated. The molecular-recognition processes in. chemical sensors, chromatography ...
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I could not find any references to

enriched corpuscular beams/rays..


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Note added at 3 hrs (2007-11-03 17:52:37 GMT)
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I see here they equate "corpuscular" with "particulate":

Radiation: (1) The emission and propagation of energy through space or through a material medium in the form of waves; for instance, the emission and propagation of electromagnetic waves, or of sound and elastic waves. (2) The energy propagated through space or through a material medium as waves; for example, energy in the form of electromagnetic waves or of elastic waves. Such radiation commonly is classified, according to frequency, as hertzian, infrared, visible (light), ultra-violet, x-ray, and gamma ray. (See Photon.) (3) By extension, corpuscular (particulate) emissions, such as alpha and beta radiation, or rays of mixed or unknown type, as cosmic radiation.