Materials Science Research in JapanDIANE Publishing, 1994 - 58 lappuses Compilation of various summaries, overviews and reports on recent advances in high-technology science research in Japan. |
No grāmatas satura
1.–5. rezultāts no 19.
4. lappuse
... Laboratory , Mitsubishi Electric Corporation . Mitsubishi now claims to lead the world in IR imaging devices with their 1040 x 1040 pixel Pt - Si focal - plane detector arrays . They are expecting to find important applications in ...
... Laboratory , Mitsubishi Electric Corporation . Mitsubishi now claims to lead the world in IR imaging devices with their 1040 x 1040 pixel Pt - Si focal - plane detector arrays . They are expecting to find important applications in ...
6. lappuse
... Laboratories , Inc. He continued to review new technologies for auto- motive sensing elements , especially silicon and ceramics . Cost is the controlling factor . He noted the cost - volume tradeoff and commented that the maximum cost ...
... Laboratories , Inc. He continued to review new technologies for auto- motive sensing elements , especially silicon and ceramics . Cost is the controlling factor . He noted the cost - volume tradeoff and commented that the maximum cost ...
8. lappuse
... Laboratories , Inc. 41-1 Aza - Yokomichi Ooaza - Nagakute - cho , Aichi - gun , Aichi - ken , 480-11 , Japan Telephone : ( + 81-561 ) 63-3437 FAX : ( + 81-561 ) 63-6111 After Dr. Victor Rehn is currently a liaison scien- tist with the ...
... Laboratories , Inc. 41-1 Aza - Yokomichi Ooaza - Nagakute - cho , Aichi - gun , Aichi - ken , 480-11 , Japan Telephone : ( + 81-561 ) 63-3437 FAX : ( + 81-561 ) 63-6111 After Dr. Victor Rehn is currently a liaison scien- tist with the ...
9. lappuse
... laboratories , met several researchers with whom I discussed their research interests . A very impressive materials characteriza- tion laboratory included state - of - art TEM , HREM , ESCA , SAM , FTIR , and SIMS . In their High Tech ...
... laboratories , met several researchers with whom I discussed their research interests . A very impressive materials characteriza- tion laboratory included state - of - art TEM , HREM , ESCA , SAM , FTIR , and SIMS . In their High Tech ...
11. lappuse
... Laboratory , Central Engineering Laborato- ries , Yokosuka visited me in Tokyo for discussions , and later he accompanied me to visit Daido Steel in Nagoya . Nissan is playing a leading role in the develop- ment of important new ...
... Laboratory , Central Engineering Laborato- ries , Yokosuka visited me in Tokyo for discussions , and later he accompanied me to visit Daido Steel in Nagoya . Nissan is playing a leading role in the develop- ment of important new ...
Bieži izmantoti vārdi un frāzes
Alloy Composites alloys applications Behavior C/C composites Carbon Fiber ceramics Chemical China collaboration Composite Materials creep Daido Steel deformation DTUL ductility electronic fabrication fiber reinforced aluminum fiber reinforced metals fracture Functionally graded Functionally Gradient Materials fuzzy logic fuzzy systems heat resistance high temperature Hong Kong improved Interface intermetallic compounds International investigated Japan laboratories large-scale and parallel LCPs manufacturing mathematics matrix computations Mechanical Properties ment metal matrix composites method Mitsubishi Heavy Industries molding Nb-Al Nb,Al neural networks Nippon Steel Nippon Steel Corporation numerical linear algebra numerical linear algebraists Osaka oxidation resistance particle reinforced polyimides polymer powder metallurgy problems processing produced Professor Datta recent Reinforced Aluminum Alloy reported on Microstructure Research Institute Science and Technology SiC fiber SiC whisker reinforced sintering Squeeze cast stability Steel Inst structure Sumitomo superengineering plastics thermal TiAl TiAl alloys tion Tokyo Toray Unitika University Whisker Reinforced Aluminum
Populāri fragmenti
58. lappuse - Department of Materials Science and Engineering Massachusetts Institute of Technology, Cambridge, MA 02139, USA...
8. lappuse - China Lake, California. He started there as a research physicist in the Semiconductor Physics Branch, then as a supervisory research physicist he headed the Electron Structure of Solids Branch and the Semiconductor and Surface Science Branch, both in the Physics Division, Research Department Dr Rehn received his BA in physics at the University of California, Berkeley in 1953 and his Ph.D. in physics from the University of Pittsburgh in 1962. After completing his thesis research in nuclear quadrupole...
56. lappuse - Mean-field Micromechanics Model and its Application to the Analysis of Thermomechanical Behavior of Composite Materials,
62. lappuse - ... relation by fuzzy reasoning). As in any science, practical successes call for theoretical justifications. Although the above technologies have become firmly established in welldefined domains of applications, only few theoretical results have been obtained. Theoretical results are needed not only for explaining the successful results but also for guiding general design methodology for systems. The success of neural networks is explained by the universal approximation property (via Stone-Weierstrass...
64. lappuse - Department of Systems Science Tokyo Institute of Technology 4259 Nagatsuta, Midori-ku Yokohama 227 Japan Tel: +81 45-922-1111 ext.
52. lappuse - Composites — Proceedings of the International Symposium on Advances in Cast Reinforced Metal Composites," (SG Fishman and AK Dhingra, eds.), ASM International, Metals Park, OH, 1988.
22. lappuse - Electron-Channelling Enhanced Microanalysis of Intermetallic Compounds." Substantial increases in positron lifetime were caused in both Ti-49a%Al and Ti-56a%Al alloys by the electron irradiation, demonstrating that there are no structural vacancies on either side of the stoichiometric composition. Osaka University Y. Umakoshi, T. Nakano, and T. Yamane have reported on "Control Lamellae Structure and Plastic Behavior of TiAl Crystals Grown by a Floating Zone Method.
8. lappuse - Lake, he undertook research in clcctrorcflcctance of wide-gap semiconductors and insulators. Beginning in 1973, he participated in the establishment of the Stanford Synchrotron Radiation Laboratory and continued with the application of synchrotron radiation in research in semiconductors and semiconductor surfaces. In 1976 he initiated a research program in liquid-phase epitaxy, followed in 1984 by research in molecular-beam epitaxial growth and characterization of semiconductor materials and hctcrostructurcs.
56. lappuse - Stress Relaxation by Dislocation Punching to Radial Direction from a Long Fiber in a Composite,
51. lappuse - Layer Growth at the Interface of Plasma-Sprayed Niobium and FeCrAlY in a Tungsten FibreReinforced High-Temperature Superalloy Composite,