Two monolithic circuits developed for readout of a 10,000 element lead glass calorimeter are desc... more Two monolithic circuits developed for readout of a 10,000 element lead glass calorimeter are described. The first contains 8 channels with each channel comprising a charge integrating amplifier, two output amplifiers with gains of one and eight, a timing filter amplifier and a constant fraction discriminator. This IC also contains a maskable, triggerable calibration pulser and circuits needed to form
Single- and two-particle inclusive cross sections for the production of light nuclei and intermed... more Single- and two-particle inclusive cross sections for the production of light nuclei and intermediate mass fragments, 3< or =Z-italic< or =24, were measured at angles well beyond the grazing angle for ³²S-induced reactions on Ag at 720 MeV. Information about fragment multiplicities and reaction dynamics was extracted from measurements of light particles, intermediate mass fragments, and targetlike residues in coincidence
Two monolithic circuits developed for readout of a 10,000 element lead glass calorimeter are desc... more Two monolithic circuits developed for readout of a 10,000 element lead glass calorimeter are described. The first contains 8 channels with each channel comprising a charge integrating amplifier, two output amplifiers with gains of one and eight, a timing filter amplifier and a constant fraction discriminator. This IC also contains a maskable, triggerable calibration pulser and circuits needed to form
Single- and two-particle inclusive cross sections for the production of light nuclei and intermed... more Single- and two-particle inclusive cross sections for the production of light nuclei and intermediate mass fragments, 3< or =Z-italic< or =24, were measured at angles well beyond the grazing angle for ³²S-induced reactions on Ag at 720 MeV. Information about fragment multiplicities and reaction dynamics was extracted from measurements of light particles, intermediate mass fragments, and targetlike residues in coincidence
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