High tech

P. S. Tung and S. Jayaraman, in T. L. Vigo and A. F. Turbak, eds., High-Tech Fibrous Materials, American Chemical Society, Washington, D.C., 1991, Chapt. 4. 

Enclosure also changes the redox properties of a compound, its color, and other physical properties (1,2). On this basis nonlinear optical materials, luminescence markers, controlled light switches, and other high-tech devices might be designed and prepared (15,17,137). 

NIST Update High Tech PubUshiag Co. NewsNet news and information on activities of the U.S. National Institute of Standards and Technology (NIST)... 

High Tech PubUshing Co. Occupational Health Services (OHS) Environmental Law Institute... 

Specialty Aluminas. Process control (qv) teclmiques permit production of calcined specialty aluminas ha nng controlled median particle sizes differentiated by about 0.5 ]lm. Tliis broad selection enables closer shrinkage control of high tech ceramic parts. Production of pure 99.99% -AI2O2 powder from alkoxide precursors (see Alkoxides, metal), apparently in spherical form, offers the potential of satisfying the most advanced appUcations for calcined aluminas requiring tolerances of 0.1% shrinkage. 

J. G. Moione, Winning in High Tech Markets, Haivaid Busiaess School Piess, Boston, Mass., 1993. 

P. Gregory, High-Tech Applications of Organic Colorants, Plenum Press, New York, 1992 P. Gregory, in A. T. Peters and H. S. Freeman, eds.. Colour Chemistry (The Design and Synthesis of Organic Dyes and Pigments), Elsevier AppHed Science, New York, 1991, p. 193. 

C. P. Bowen, "Olefin Expansion Strategies," paper presented at Symposium on Mdpanced Petrochemical Technologies and High Tech Products, Nijiag, Chiaa, 1991. 

J. C. Dettiing and co-workers. Control of H2S Emissions from High-Tech TWC Converters, SAE 900506, Society of Automotive Engineers, Warrendale, Pa., 1990. 

K. E. Easterling, Tomorrow s Materials, Institute of Materials, London, 1987, (an entertaining introduction focussing on the use of high-tech, materials in aerospace, electronics and sporting goods). 

Daumit, G. P. and Ko, Y. S., A unique approach to carbon fiber precursor development In High Tech-The PVay Into the Nineties, ed. K. Brunsch et al. Elsevier Science, Oxford, 1986, pp. 201 213. 

Kingery, W.D. (1990) An unseen revolution the birth of high-tech ceramics, in Ceramics and Civilization, vol. 5 (The American Ceramic Society, Westerville, Ohio) p. 293. Kingery, W.D. and Berg, M. (1955) J. Appl. Phys. 26, 1205. 

Specifically, within the aerospace industry, for aircraft, the airframe manufacture itself is one of the major cost drivers, using the factors already addressed. Let s look at the character of how we would build an aerospace vehicle. There is typically a lot of manpower dependence. The industry itself is cyclic because the demands ebb and flow. There is typically little automation simply because of relatively low production rates, and there are very few customers. But, despite all those characteristics, there is typically also a large capacity that is founded on many highly skilled personnel, and the orientation is much more high tech than that of most other industries. Without product excellence as a driving factor, the whole industry would be an unworkable mess. 

This question requires answers in today s high-tech environment. Failure to properly and realisUcally address and answer Uiis question can result/lead to an ... 

Jackson, R., and Triest, M. (1999). TTCI Tough Tests for High Tech Power. Railway Age, January, pp. 55-58. Kratville, W. W., ed. (1997). The Car and Locomotive Cyclopedia, 6th ed., Section 4 430-619. Omaha Simmons-Boardman. 

Muzzarelli RAA, Delben P, Tomasetti M (1994) Agro-Food Ind High Tech 5 35... 

Lapasin R, Stefancic S, Delben F (1998) Agro-Food Ind High Tech 7 12... 

The payoff to society from greater attention to the surface and interfacial engineering of concrete is potentially immense high-tech concretes that will prolong the life of public works and reduce their maintenance costs as well as dramatic new applications for this old reliable material. 

High-Tech Quadroplex Extrusion Technology for the Tire Industry... 

Revolutionary tire designs for high-tech passenger car radial (PCR) tires drives the developmental pace of the tire equipment manufactures. Triple-tread, asymetrical tread, or highly loaded silica compounds have a consequential impact on the extrasion machinery. In this context the design of the extmsion head and the extmders itself requires adaption to the new, challenging tire technology of today. 

Today, highly loaded silica compounds with relatively low carbon black content for tread profiles are becoming the standard for high-tech PCR tires. 

A new flow channel design and extmder positioning were part of the high-tech development. The increased stiffness of this massive head and a vastly increased center section resulted in a total weight of 45,000 kg of the quadroplex head. 

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