Titlebook: Electronics in Experimental Physics; D. V. Skobel’tsyn (Director) Book 1970 Springer Science+Business Media New York 1970 electronics.expe

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Data Output Devices in the System of the Measurement and Registration Center,refore, such devices are used more compactly, and this is the great advantage of the MRC; on the other hand, they can be made with enhanced capabilities, thus reducing substantially the equipment expenditures for the center as a whole, while offering significant gains with regard to the output of da

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Buffer Memory Devices in the Measurement and Registration Center,em has a number of substantial advantages over other types of storage devices: It permits continuous monitoring of the information store, it is comparatively low in cost and economic to maintain, and it requires a minimum of electronic circuitry. However, the direct use of drum memory for the regist

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Information Storage Devices in the System of the Measurement and Registration Center,8 tracks and is equipped with 88 heads, which are distributed over opposite sides of the drum. There is one erase head comprising three independent sections. The circumference of the drum is about 1 m, and its speed of rotation is about 25 rps. The recording density can be as high as 3 pulses/mm. Th

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A Semiautomated Device for Measuring the Geometric Parameters of Charged-Particle Tracks in Photoemnsiderable importance has been attached to semiautomated scanning and measuring devices. A great many such devices have been designed and built [1–10]. Usually they comprise a standard or specially fabricated instrument microscope and specialized ancillary equipment. Other special equipment is used

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Use of a Card Punch for the Row-at-a-Time Input of Data,ilities of the various instruments in the latter. One specific approach is to convert standard type-P-80 card punch machines to operation in a row-at-a-time command input mode using keyboards or other devices.

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Monitoring and Time-Measuring Circuits, is a prerequisite to any quantitative spectrometric measurements in nuclear physics. Without these measurements, which we call monitoring, it would be impossible to correlate and process the various results of physical experiments.