Results 121 to 130 of about 379,410 (168)
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Thermal Insulation Performance
1980Description Updates you on a wide variety of important topics with discussions in such critical areas as Overall performance in applications, Implementation of standard codes and accreditation procedures, Research procedures, and Needs for the future.
DL McElroy, RP Tye
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Thermal performance challenges for rapid thermal processing
11th IEEE International Conference on Advanced Thermal Processing of Semiconductors. RTP 2003, 2004As devices scale to smaller dimensions, the capabilities of rapid thermal processing (RTP) equipment are continually challenged. Thermal performance challenges in the areas of advanced silicidation, ultrashallow junction formation, and process control are discussed.
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EMU Thermal Performance Characteristics
SAE Technical Paper Series, 1998<div class="htmlview paragraph">The NASA JSC Shuttle EMU computer model (SINDA EMU) is presently used to analyze the thermal behavior of the Space Shuttle EMU. This paper uses the SINDA EMU model along with EMU experimental and flight data to investigate and define several performance characteristics of the Space Shuttle EMU related to thermal ...
Anthony B. Campbell +5 more
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THERMAL PERFORMANCE OF DIABATIC CYCLIC REGENERATORS
Numerical Heat Transfer, Part A: Applications, 1986Mathematical models describing the operation of diabatic regenerators have been derived and solved numerically using finite-difference schemes for the prediction of system thermal performance. The present formulations include the effects of radial conduction and storage of heat in the regenerator walls as well as heat loss, which can be quite important
P. J. Heggs, E. A. Fonmeny
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2011
Fast reactor design requires the simultaneous application of mechanical and thermal-hydraulics analysis methods. We reviewed some aspects of mechanical analysis in Chapter 8; we will discuss mechanical design further in Chapter 12. Chapters 9 and 10 will deal with thermal-hydraulics analysis.
Alan Waltar, Donald Todd
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Fast reactor design requires the simultaneous application of mechanical and thermal-hydraulics analysis methods. We reviewed some aspects of mechanical analysis in Chapter 8; we will discuss mechanical design further in Chapter 12. Chapters 9 and 10 will deal with thermal-hydraulics analysis.
Alan Waltar, Donald Todd
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Marathon Performance in Thermally Stressing Conditions
Sports Medicine, 2007It is generally appreciated that warm weather negatively affects marathon running performance. This brief review summarises the historical literature on this topic and recent work that our laboratory has performed to quantify the impact of weather on marathon running performance.
Scott J, Montain +2 more
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Thermal Performance Study on Pulsed Inductor
IEEE Transactions on Plasma Science, 2014Based on the features of large heating power per unit volume and small cooling surface area, the thermal management is one of the key technologies and plays a significant role for the pulsed inductor. A mathematical model which describes the heat transfer and thermal accumulation processes with the operating condition of periodic pulse loading for the ...
Yanshun Yu, Jiannian Dong, Jun Zhang
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Ion thruster thermal characteristics and performance
9th Electric Propulsion Conference, 1972Experimental and analytical results for a typical 20-cm-diam, hollow-cathode ion thrustor are reported. The foundation of the investigation was the application of thermal model correction techniques. Pertinent thermal properties and plasma heating characteristics of the thrustor were determined through correlation and integration of temperature ...
L. WEN, J. D. CROTTY, E. V. PAWLIK
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Thermal Performance on Unglazed Photovoltaic Thermal Polymer Collector
Advanced Materials Research, 2014In this study, the thermal efficiency of a polymer collector with unglazed photovoltaic thermal (PVT) system was determined. Overall heat loss was estimated using the heat energy balance method. Based on the analysis, the heat removal factor of the PVT system was found to be 0.55.
Mohamad Afzanizam Bin Mohd Rosli +5 more
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Receiver Thermal Performance: Theory
1986This paper discusses topics which are revelant to the quantitative evaluation of the thermal performance of a solar receiver. It outlines the general problem of thermal balance by considering the heat transport equation as an element of the receiver wall and describing the difficulties which must be solved or circumvented to arrive at numerical ...
Alessio De Benedetti, José G. Martín
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