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Starratt, F. W.;Johnston, D. C.
doi: 10.1007/BF03398263pmid: N/A
Abstract CERN the European Organization for Nuclear Research, was born in July, 1953 its 12 member nations desirous of building an international laboratory for basic research in the field of high-enegry particles. With a cyclotron alreday in operation and synchrotron construction advanced to assembly of accelerator components, excellent progress may be reported.
doi: 10.1007/BF03398264pmid: N/A
Abstract Continuing the Journal of Metals’ survey of operating practice in major Soviet steel mills, we present a survey made by a leading American authority on blast furnace practice during his recent visit to the USSR as a member of a group sponsored by the American Iron & Steel Institute.
doi: 10.1007/BF03398265pmid: N/A
Abstract Close observation of Soviet open-hearth practice showed that many factors have contributed toward their high output rate. But, particularly significant are the hot-metal spout and suspended basic furnace roofs.
Guard, R. W.;Hibbard, W. R.;Hoffman, R. E.
doi: 10.1007/BF03398266pmid: N/A
Abstract A review of Soviet and Western literature covering the following four aspects of this field: theories of strengthening, the relation of strength to bond forces and diffusion, theories of high-temperature strength, and the relation of high-temperature strength to phase diagrams.
doi: 10.1007/BF03398267pmid: N/A
Abstract Nickel strip with excellent mechanical properties has been prepared by roll-compacting pure nickel powders, sintering, and re-rolling the sintered compact This study of processing variables and their effect on properties indicates good possibilities for adoption of this technique on a commercial basis.
doi: 10.1007/BF03398268pmid: N/A
Abstract By sparking samples in an inert atmosphere and analyzing spectra in a vacuum, it is possible to analyze iron and steel for C, P, and S, in addition to those elements determined in older units. Application of basic spectroscopy principles are reviewed, and the Quantovac, a vacuum spectrograph which gives rapid analysis for all important elements, is described.
doi: 10.1007/BF03398269pmid: N/A
Abstract There is a great incentive for the saving of weight in airframe structures, and there is reason to believe that beryllium could qualify as a highly desirable structural material. Nevertheless, no such use has been made, at least until recently. This report attempts to explain why this is so, and what the prospects for future use may be.
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