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Obtaining the time-temperature profile
Cryobiology, 1966Summary It must be clear to anyone who has read the literature and attended this Symposium that there is no cooling or rewarming history which will similarly alter or fail to alter various cellular species. Even the same species exposed to the same temperature regime can show variation in the degree of morphological and chemical alteration ...
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Temperature Profiles of Yeasts
1985Publisher Summary This chapter reviews the temperature profiles of yeasts. When an Arrhenius plot is prepared of the specific growth rates of yeast for temperatures that range from suboptimal to supermaximal values and an Arrhenius plot of the specific rates of thermal death is superimposed on the Arrhenius plot of growth, temperature profile of ...
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A Temperature Profile Atlas based on Representative Profiles
2023Vertical temperature profiles influence the wind power generation of large offshore wind farms through stability-dependent effects such as blockage and gravity waves. However, wind energy resource assessments often only consider idealized temperature profiles, which are not guaranteed to represent the atmospheric state and its variation.
Sebastiaan Jamaer +3 more
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The temperature profile of a microprobe
Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 1991Abstract A method is developed for calculating upper and lower limits to the temperature profile of a target bombarded by a proton microprobe. Some sample results for wooden and metal targets are given.
D.W. McColm, T.A. Cahill
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The temperature profile ofCryptococcus neoformans
Medical Mycology, 1982A strain of Cryptococcus neoformans was found to have a dissociative temperature profile. The Arrhenius plot of sustained exponential growth displayed a single branch between the optimum (about 34°C) and the maximum (about 40°C) temperatures for growth while the extrapolated Arrhenius plots of growth and death untersected at a biologically non ...
A, Madeira-Lopes, N, Van Uden
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Deconvolution of Thomson scattering temperature profiles
Review of Scientific Instruments, 2011Deconvolution 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 +6 more
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The Temperature Profile In A Forest
Journal of Forestry, 1948Abstract The author presents information on the air and soil temperature gradients in a mature mixed conifer stand in California.
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Macrocell placement with temperature profile optimization
ISCAS'99. Proceedings of the 1999 IEEE International Symposium on Circuits and Systems VLSI (Cat. No.99CH36349), 2003With the dramatic increase of power consumption by modern high-performance circuits, cross-chip temperature differentials as large as 10/spl sim/20 degrees have been commonly observed. It is thus imperative to address the thermal issue as early in the design process as possible, to avoid the associated performance and reliability problems.
Ching-Han Tsai, Sung-Mo Kang
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Temperature profiles of sleeveless and coaxial phacoemulsification
Journal of Cataract and Refractive Surgery, 2013To study the temperature profile at the corneal wound during 2 sleeveless techniques versus 2 coaxial phacoemulsification techniques.Department of Ophthalmology, Meir Medical Center, Kfar Saba and Ein-Tal Eye Center, Tel-Aviv, Israel.Experimental study.Thirty-six porcine eyes were randomized into 4 groups: Group 1: conventional coaxial system (3.0 mm ...
Adi, Abulafia +3 more
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Temperature profiling by Rayleigh-scattering lidar
Applied Optics, 1981A 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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