Modern Electronic Techniques Applied to Physics and Engineering

Modern Electronic Techniques Applied to Physics and Engineering

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Contains reports on nine research projects.

Bibliographic Details
Main Authors: Bostick, W. H., Fundingsland, O. T., Van Valkenburg, M. E., Rapuano, R. A., Mason, Samuel J., Terrall, J. R., Boyer, K., Verzuh, F. M., Huntington, H. B., Winter, D. F., Chance, B., Maier, L. C., Jr., Kittel, C., Galt, J. K., Davis, L., Jr., Livingston, M. S., Slater, J. C., Goldman, Stanford, Halpern, J., Everhart, E., Pellam, J. R., Trump, J. C.
Format: Technical Report
Language:English
Published: Research Laboratory of Electronics (RLE) at the Massachusetts Institute of Technology (MIT) 2009
Subjects:
Modern Electronic Techniques Applied to Physics and Engineering
Experimentation in Photoelectric spectrophotometry
Studies Leading to the Design of a Microwave Accelerator
Ultrasonics Research Program
High Speed Oscilloscope and High Voltage Pulse Measuring Techniques
Cyclotron Project
High Pressure Ionization Chamber
Measurement and Control of De-ionization Time in Thyratrons
Biophysics Project
Liquid Filled Chamber to be Used in the Photographing of Very High Energy Ionizing Particles
Online Access:http://hdl.handle.net/1721.1/49834

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