Results 251 to 260 of about 1,782,060 (305)

Running Loss Temperature Profiles

SAE Technical Paper Series, 1993
<div class="htmlview paragraph">The California Air Resources Board (CARB) has adopted rules which will require the phase - in of vehicles with enhanced evaporative emissions control features beginning in the 1995 model year. The U.S. Environmental Protection Agency (EPA) is considering similar new requirements.
Tam M. Cam, Kevin Cullen, Steve L. Baldus, Karl A. Sime   +3 more
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Profiling atmospheric temperature using temperature weighting functions

ISAPE2012, 2012
The weighting functions are the foundation for understanding the reversion of the atmospheric profiles by ground-based radiometer. This article has analyzed the principle and the feature of microwave sensing of the atmospheric temperature profiles. The temperature weighting functions are calculated and analyzed by the atmospheric radiation transfer ...
Shu Ting-Ting, Han Heng-Min, Guo Li-Xin, Lin Le-Ke, Zhao Zhen-Wei, Li Jiang-Man   +5 more
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Temperature Profile in the Nasal Cavity

The Laryngoscope, 2000
AbstractObjectives/Hypothesis Inspired air is heated and moistened as it passes the nasal cavity. The temperature increase should be similar to a heated tube model, depending on the airflow.Study Design Intranasal temperature values of 50 volunteers were measured after inspiration at different locations: nasal vestibule, nasal valve area, anterior to ...
T, Keck, R, Leiacker, H, Riechelmann, G, Rettinger   +3 more
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Deconvolution of Thomson scattering temperature profiles

Review of Scientific Instruments, 2011
Deconvolution of Thomson scattering (TS) profiles is required when the gradient length of the electron temperature (Te) or density (ne) are comparable to the instrument function length (ΔR). The most correct method for deconvolution to obtain underlying Te and ne profiles is by consideration of scattered signals. However, deconvolution at the scattered
R, Scannell, M, Beurskens, P G, Carolan, A, Kirk, M, Walsh, T, O'Gorman, T H, Osborne   +6 more
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Temperature profile ofCandida cacaoi SS-2566

Biotechnology Letters, 1987
Candida cacaoi SS-2566 was found to have a dissociative temperature profile and thermotolerant growth yield behaviour. With temperature-independent growth rates up to 42°C, its utilization at relatively high temperature for the production of cells (SCP, SCL) and/or metabolites may well be of interest, particularly in view of its hydrocarbon utilization.
Fabrizio, Fatichenti, Enrico, Berardi
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Temperature profiling by Rayleigh-scattering lidar

Applied Optics, 1981
A lidar with high spectral resolution can be used to measure atmospheric temperature profiles according to conservative performance calculations. The technique analyzed relies on determining the temperature-dependent Rayleigh-scattering linewidth with two stabilized Michelson interferometers in parallel.
R L, Schwiesow, L, Lading
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Phosphoproteome profiling for cold temperature perception

Journal of Cellular Biochemistry, 2011
AbstractTemperature sensation initiates from the activation of cellular receptors when the cell is exposed to a decrease in temperature. Here, we applied a phosphoproteome profiling approach to the human lung epithelial cell line BEAS‐2B to elucidate cellular cold‐responsive processes.
Seyeon, Park, Mi, Jang
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Polyconductor Temperature Profile Probe

Journal of Microwave Power and Electromagnetic Energy, 1999
A sensitive rigid temperature probe incorporating solid state polyconductor devices was designed and constructed to measure distributed temperatures in hard to reach areas, such as granular materials either in their natural state (e.g. earth) or stored locations (e.g. grain bins).
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Atmosphere Temperature Profile Sounder

Topical Meeting on Optical Remote Sensing of the Atmosphere, 1985
This paper describes narrow band filters, DLATGS infrared detector and electronic processing technique in the Atmosphere Temperature Profile Sounder (ATPS) and presents its main performance in the primary calibration.
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Determination of temperatur profiles in microcircuits

IEEE Transactions on Electron Devices, 1962
Circuit reliability and performance, particularly in microcircuits, are affected by temperature; therefore, a knowledge of the heat transfer paths and temperature gradients and hot spots are of prime importance to proper design specifications and to efficient performance of microcircuits. The method of thermal mapping described in this paper involves a
M. Walker, J. Roschen, E. Schlegel
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