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The book should not be merely a description of laboratory techniques, nor should i t be a catalog of instruments.” I n these troubled times, when furthering of scientific education is so important, we hope th a t these volumes can be of real help as well to the educator, as to the research worker. Information about the interpretation of experiments, about the evaluation of errors, and about the validity of approximations should also be given. Indication of limitations of both applicability and accuracy is a n important part of the presentation. The reception of the earlier volumes had proven th a t it was really useful to concentrate on “a concise, well illustrated presentation of the most important methods, or general principles, needed by the experimenter, complete with basic references for further reading. The aims of the publication did not change. and work went into this volume and I am in the best position to appreciate all the effort of my fellow editors who devoted so much time in preparing this particular volume.

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ZIEMBA, Solid State Radiations, Inc., Culver City, CaliforniaįOREWORD TO VOLUME 5A After a longer delay than originally expected, I a m able to present here the next volume in the series of Methods of Experimental Physics: the first part of the “Nuclear Physics” Methods. YUAN,Brookhaven National Laboratory, Upton, New York F. WILLIAMS,Department of Physics, University of Washington, Seattle, Washington STERNHEIMER, Brookhaven National Laboratory, Upton, New York R. SILVERMAN, Department of Physics, Cornell University, Ithaca REYNOLDS, Princeton University, Princeton, New Jersey A. REINES,Department of Physics, Case Institute of Technology, Cleveland, Ohio G. O'KELLEY,Oak Ridge National Laboratory, Oak Ridge, Tennessee F. MORRISON, Atomic Energy Establishment, Harwell, Berkshire, England G. LINDENBAUM, Brookhaven National Laboratory, Upton, New York G. HUGHES, Brookhaven National Laboratory, Upton, N e w York* S. HOFSTADTER, Physics Department, Stanford University, Standford, California D. HAVENS,Pupin Physics Laboratory, Columbia University, New York, New York R. GERHOLM, Institute of Physics, University of Uppsala, Uppsala, Sweden W. FRIEDLAND, Solid Xtate Radiations, fnc., Culver City, California FRETTER, Department of Physics, University of California, Berkeley, California S. FRAUENFELDER, Department of Physics, University of Illinois, Urbana, Illinois W. EVANS,Department of Physics, Massachusetts Institute of Technology, Cambridge, Massachusetts DUMOND,Department of Physics, California Institute of Technology Pasadena, California CORK,Lawrence Radiation Laboratory, University of California, Berkeley, California J. BROLLEY, JR.,Los Alamos Scientific Laboratory, Los Alamos, New Mexico B. BLAU,Institut fur Radiumforschung, Vienna, Austria J. ALBURGER, Brookhaven National Laboratory, Upton, N e w York M.

Library of Congress Catalog Card Number 61-17860 PRINTED IN THE UNITED STATES OF AMERICAĬONTRIBUTORS TO VOLUME 5, PART A D. United Kingdm Edition Published by ACADEMIC PRESS INC.

ALL RIQHTS RESERVED NO PART OF THIS BOOK MAY BE REPRODUCED IN ANY FORM BY PHOTOSTATl MICROFILM, OR ANY OTHER MEANS, WITHOUT WRITTEN PERMISSION FROM THE PUBLISHERSĪCADEMIC PRESS INC. YUAN Brookhaven National laborafory Upton, New YorkĬHIEN-SHIUNG WU Columbia University New York, New YorkĪCADEMIC PRESS INC. Solid State Physics (in two parts), 1959 Edited by K. Nuclear Physics (in two parts), 1961 Edited by Luke C. Atomic and Electron Physics Edited by Vernon W. Molecular Physics Edited by Dudley WilliamsĤ. Classical Methods, 1959 Edited by lmmanuel EstermannĢ. Marton, Editor-in-Chief Claire Marton, Assistant Editorġ. Prior uses include: clearing barnacles and rust missile propellant removal cutting of concrete, rocks, and ice and bark removal.Methods of Expe rim en taI Physics VOLUME 5ĮXPERIMENTAL PHYSICS: L.

This local amplification of pressure provides the more » CAVIJET with inherent advantage over a noncavitating jet, and in each of the prior applications which have been studied, the CAVIJET method produced comparable or better results at a considerably lower pressure and power. Suitable design of the CAVIJET nozzle and supporting hydrodynamic components causes enhanced growth and collapse of the 'nuclei' (vapor-filled cavities) in ordinary water, thereby concentrating energy to create extremely high, localized stresses at the surface to be cut, drilled, or cleaned. The CAVIJET is one of the very few successful applications, for useful purposes, of the destructive power of cavitation. This report describes the first phase of a developmental program, which has the ultimate objective of design, fabrication, testing, and evaluation of coal cutting equipment which uses the CAVIJET cavitating water jet method.