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Criticism nught be made on a few pomts of detail for example, under bio L graphical works, some help could have been given m fcraomg obituary notices, the mdexmg of which, to Hay the least, is often fortuitous Nevertheless, ^his second edition, like the first, displays the full scope of chenuoal hterature and affords sound guid ance to British and Amencan chemists a Uke m handhng a hterature search B.Bbightman Engineering Materials, Machine Tools and Processes By W Steeds Third edition Pp xi-l-42G (London and New York Longmans, Green and Co , Ltd , 1957 ) 36s net F ourteen years have elapsed smce the pubhca tion of the second edition of this useful handbook ofworkshop practice Various additions and alterations have been made to deal with newer processes and methods that have proved themselves during those years, and have mcreased the size of the book by twenty-five per cent The pattern of the book is unchanged, except for a new chapter added at the end This is entitled “Transfer Maclunes and Automation” and m only twenty-four pages deals with some of the ways m which mass production m machmmg processes can be made more automatic and handhng time saved Almost all of the other chapters have had changes , some are merely mmor changes of order and others are additions In the chapter on ferrous materials reference is now made to isothermal transformation diagrams and hardenabihty, but the reference is probably too brief for the average reader to grasp fully the meanmg of these topics There are various additions to the non fei TOus alloys, mcludmg a page on titamum This review is not the place to catalogue all the additions, but notable ones are the Merchant theory of chip formation and air gaugng systems A thorough revision of references has brought the book up to date and there are many improvements m the photographic illustrations K J Pasooe Theories of Nuclear Moments By R J Blm Stoyle (Oxford Librarj’- of the Physical Sciences, Vol 1 ) Pp in -1-89 (London Oxford University Press, 1967 ) 8s 6d net T his work is essentially a roprmt of the valuable article by the author m Bcvicivs of JModcrn Phymcs of January 1966, augmented bv a chapter skotolung the experimental sourcos of information on nuclear moments, and an appendix on angular momentum states m quantum mecliamcs To explam electromagnotio moments v e should in prmciple start from the nuclear Hanultoman and the form of the electromagnetic mteraction In fact, wo have only rough ideas as to what those are, and oven if they vere known, accurate calculation would be very fomudable Thus the theorj' is at xrosont at the stage of usmg obviously o\ er simplified models wherever they wi U work, the different models required bemg linked m only a very qualitative way Anyone desinng a qmck survey of this surprisingly successful process cannot do better than read the volume undei review The eiccounts of the various models and their apphcations are very bnef, but an extensive biblio graphy allows details to bo pursued m the original Iiapers The roinen er u ould have welcomed some discussion of centre of mass effects These appear exphcitly only m connexion with the quadrupole moment of an odd neutron nucleus on the smgle particle model The formula given corresponds to a classical treatment of core recoil, and the dubious nature of such a treatment is not mentioned It IS to be hoped, of course, that the progress of reseaich inll in a few years render ths first edition obsolete For this reason the use of paper covers, and the associated lov price, are all the more commendable J S Bfll The BBC Naturalist Edited by Desmond Han Ions Pp 90 (London Rathbone Books, 1957 ) 8s Qd net T he valuable part played by the BBC m fostermg the widespread and growmg mterest in British wild hfe is imdoubtedly an important factor m helpmg to build up a large body of public opmion favourable to the idea of nature conservation In such features as “Tlie Naturahst”, “Birds m Britain”, and “Look", the BBC has brought many naturahsts of repute to the microphone or the television camora, and the popularity of such programmes is something of a phenomenon m this techmcally mmded age Tlie reviewer may be thought slightly cymcal if ho comments that many people qmte incapable of rocog mzmg a chaffinch on their doorstep may bo perfootlj fanu Lar with the private life of a famil 3 ’’ of great black woodpeckers inside a tree trunk m Germany, through the medium of television Such on anomalv may be an unavoidable result of brmgmg natural history mto the sphere of mass entertainment or mass education However, recogmtion of the ephemeral nature of the spoken word h M led to this excellent Jul) 5, 1958 NATURE pu Wltjfttioiu In vrliicli twenty throe bcoodua*nflturalifta h A\*o vnltw in thoir o’^ porwruvl of tbaaoaqpo(rt« of Naturoxu Untnin ^nt U xriurh tboj oro most ft V homo, l?

Of the opportunities and reeponsibflities which confront the mdividual scientist and tech nologist as a professional man and a citizen the Purvis Memorial Lecture and tho National Science Foundation report like the recent annual report of the Parl Jomentary and Soiontifio Committee give clear milioations TECHNOLOGY 1500-1750 A History of Technology Edited by Chariee Singer E J Holmvard, A.This imphes os Dr Waterman indicates, whole- hearted support for competent basic research whore needed m particular it implies provision of tho capital faoilittea required in such fields os nuclear research, radio astronomy and tho so Jontlflo oxplora tion of outer spcioe, as well as proper attention to 2 NATURE VOU.182 such auxiliary matters as the dissemination, of research results, opportumty for conferences and travel to scientific meetmgs, and commumcations •with other scientists at home and abroad Hov far successive British post war governments have been from such an approach can be demonstrated by referring to their treatment of recommendations of the Ad'vusory Council for Scientific Policy regarding the National Lending and Reference Libraries for Science and Technology, the shelvmg of the whole project for a Science Centre, and the futihties which m the name of economy have recently mterrupted work on the «ac Ne-wton Telescope and the appomtment of an iministrator with no scientific, technological or legal ■aming to the comptro Uership of the Patent Office ven the admitted shortage of scientists and tech ologists has not bi ought the Government to ppreciate what is -wrong, or to take the steps that oidd avoid the present wastage of man power and ad to greater efficiency, and real and not imaginary lonomies On the question of priorities of effort as between ne science and another, Dr Waterman observes lat no field of science should be excluded from acouragement and support We simply do not now where the next capital discoveries may occur Hie only distmotions that can be made as to relative alues are in terms of contributions to understanding if our world, generahty of findings, techmques avail- able, current rates of progress, available skilled man- lower, and ooceisionally neglected or oi er emphasized ipecial areas when so identified by the scientists ihemselves Tlie question of what way science can lest serve the nation and a U mankmd is completely hfferent, and mvolves an appraisal of national and luman needs and the matchmg to them of progress n the several fields of science It is almost exclusively i practical matter, concerning the apphcations that ;an be made from scientific discoveries and prm- siples , and it may be remarked m passing that a nam theme of the report of Prof C F Carter and frof B R Williams on ‘ Industry and Technical Progress” was that m certain sectors of British ndusfciy much mere needs to be done to extend the application of existing knowledge National needs, Dr Waterman pomts out, can be lesenbed in terms of broad essentials such as food, lealth, defence, transport, housing, oommumcation, lower and water, and m these the pohcy of the federal Government of the Umted States is at present to place on its o-wn agencies the respons bility for technology related to its o-nm mission Each agency, howe\ er, is also encouraged to conduct ind support basic research m fields of science related m its work Besides this work m its o-wn laboratories, he Federal Government supports basic research m imversities, research institutes and laboratories throughout the country, and the National Science Foundation was established m 1950 to further the lupport of basic research comprehensively and ictivel}'- on all fronts The Foundation attempts to do this m various vays and by a wide range of institutions, seekmg the July 5, 1958 diversity and flexibility that are essential to seen the conditions m which scientific effort is me vigorous and firuitful By keeping the differe agencies informed of each other’s interests, the pi posals received and any action taken, the Fodei Government is enabled to follow the load of t scientists m detormmmg the research to bo supporte giv ing a truly national policy for the encouragemc of science That policy does not mdeed provi unrestricted research fimds for institutions or th departments, and although support by scionti project 18 criticized m some academic circles, the !Monitoring and decon tammation of water aro discussed by Setter and Ooldin and by Morton and Straub reepecti\ ely, and Eisenbud describee the stations of the monitoring network for fall-out in the United States.In tho second section there or© papers on aqueous and organic liquid proceesing of spent fud.

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