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United Technologies

M. R. Olsen and R. K. Major, Comparative Study of Dehydrating Processes in the Manufacture of Nitrocellulose, United Technology Chemical Systems Division, Suimyvale, Calif., 1975. [Pg.28]

MONEL, DURANICI-CEL, BRIGHTRAY, INCONEL, INCOLOY, and NIMONIC ate trademarks of the Inco family of companies HASTELLOY and C-22 ate trademarks of Haynes International ILLIUM is a trademark of Stainless Eoundty and Engineering Co. UDIMET is a trademark of Special Metals Corp. MAR-M is a trademark of Martin Marietta Corp. RENH is a trademark of General Electric Co. and WASPALOY is a trademark of United Technologies Corp. [Pg.4]

B. J. Lazaro, United Technology Research Center, Technical Report No. UTRC91-11, East Hartford, Corm., 1991. [Pg.336]

In cooperation with United Technologies Research Center, Elliott has developed a monitoring device dial detects solid particles entrained in gas streams. This device, which Elliott has named Laser Sentry, ... [Pg.203]

Rosen, G. (1984). Thrusting Forward A Histoiy of the Propeller. Windsor Locks, CT United Technologies Coi"poration. [Pg.960]

Figure 11-19. Lithium bromide hermetic absorption refrigeration system, double effect, liquid chiller/heater. As shown in chilling mode, water is the refrigerant under low absolute pressure (boiling at 40°F) (Used by permission Cat. 521-606, form 16DF-1 PD, 1994. Carrier Corporation, a United Technologies Company.)... Figure 11-19. Lithium bromide hermetic absorption refrigeration system, double effect, liquid chiller/heater. As shown in chilling mode, water is the refrigerant under low absolute pressure (boiling at 40°F) (Used by permission Cat. 521-606, form 16DF-1 PD, 1994. Carrier Corporation, a United Technologies Company.)...
Figure 11-20. Sectional view of lithium bromide absorption refrigeration industrial unit. (Used by permission 1956. Carrier Corporation, a United Technologies Company.)... Figure 11-20. Sectional view of lithium bromide absorption refrigeration industrial unit. (Used by permission 1956. Carrier Corporation, a United Technologies Company.)...
R. Wisnieff D. Longo, Laser Cartridge Concept Development Study , Rept No ECOM-74-0376-F, Contract DAAB07-74-C-0376, United Technologies Corp, Norwalk (1976)... [Pg.825]

United Technology Center, United Aircraft Corporation Sunnyvale, California... [Pg.1]

Bl 1. Brown, R. S., Final Rept., Contract NAS 7-156, United Technology Center (1965). [Pg.67]

D2. Dunlop, R., and Crowe, C. T., Third Quart. Progr. Rept., Contract NOw 65-0222f, United Technology Center, Sunnyvale, California (September 1965). [Pg.67]

An attempt has been made in Table 1 to present the status of fuel cell technologies. For terrestrial applications, the PAFC power plant is the most advanced, and a 200-kW system manufactured by ONSI, a division of United Technologies, Inc., has reached commercialization. Its main applications are focused on on-site integrated energy systems that could... [Pg.57]

SOFC research is conducted at the University of Utah, Massachusetts Institute of Technology, Northwestern University, United Technologies Research Center, and SRI International. [Pg.192]

Companies such as United Technologies Corp. (UTC), Ballard Energy Systems, Plug Power, M-C Power, AlliedSignal, and Siemens-Westing-house have been developing fuel cell products for the commercial market and may be impacted by this trend. [Pg.196]

Development of Improved Molten Carbonate Fuel Cell Technology," Final Report prepared by United Technologies Corp. for the Electric Power Research Institute, Palo Alto, CA, under Contract RP 1085-4, July 1983. [Pg.165]

United Parcel Service Inc. United Technologies Corp. Unitedhealth Group Inc. Universal Corp.A a. [Pg.120]

Figure 6, Flow sheet of the 12,5 kW United Technologies fuel cell tested by... Figure 6, Flow sheet of the 12,5 kW United Technologies fuel cell tested by...
Figure 8, Flow sheet of the 40-kW fuel cell under development at United Technologies... Figure 8, Flow sheet of the 40-kW fuel cell under development at United Technologies...
Figure 9. Flow sheet of the 4.8-MW demonstration unit being built by United Technologies for... Figure 9. Flow sheet of the 4.8-MW demonstration unit being built by United Technologies for...
The author would like to express his gratitude to several people who have contributed to the elaboration of this paper by providing technical information Dr. E.J. Casey and E. Criddle, Defence Research Establishment, Ottawa, Ont., W. Lueckel, Jr., United Technologies, South Windsor, Connecticut, U.S.A. and M.H. Van den Broeck, Elenco, Mol, Belgium. The help and guidance of Dr. A.K. Vijh of IREQ is also acknowledged. [Pg.319]


See other pages where United Technologies is mentioned: [Pg.7]    [Pg.542]    [Pg.140]    [Pg.126]    [Pg.339]    [Pg.362]    [Pg.635]    [Pg.898]    [Pg.66]    [Pg.67]    [Pg.46]    [Pg.93]    [Pg.56]    [Pg.185]    [Pg.45]    [Pg.337]    [Pg.29]    [Pg.14]    [Pg.313]    [Pg.313]    [Pg.315]    [Pg.315]   
See also in sourсe #XX -- [ Pg.79 ]

See also in sourсe #XX -- [ Pg.389 ]

See also in sourсe #XX -- [ Pg.830 ]




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Diesel Technologies, Inc. (United States International)

Energy Technology Support Unit

Gas Technology (United States)

National Institute of Standards and Technology not subject to copyright in the United States opyright

Process development unit Pittsburgh Energy Technology

Technology Clearinghouse Unit

Technology Development Unit

Technology units

Technology units

The statutory units used in vacuum technology

Unit dose technologies

United Chemical Technologies

United Nations Industrial Development Technologies

United States Technology

United Technologies Corporation

United Technologies Corporation Fuel Cells

United Technologies Corporation generation system

United Technologies Corporation internals

United Technologies Corporation reformer

United coal gasification technologies

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