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Recommended maximum temperatures for touchable surfaces
Applied Ergonomics, 1990In the past, there has been a wide divergence of opinions on the risk of burns from touching hot surfaces. This has been reflected in the information available for maximum surface temperatures, which have so far been laid down in standards. However, study results are now available which will allow substantiated maximum temperatures for hot surfaces to ...
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The maximum temperatures of interstellar grains
Astrophysics and Space Science, 1977The maximum temperature a typical interstellar grain will attain upon absorption of a photon or chemical band formation of molecules on its surface is calculated by considering the exact Debye theory of dielectrics. Other contributions to the specific heats of solids are discussed.
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Ambient temperature that induces maximum sleep in rats
Physiology & Behavior, 2009Changes in sleep and body temperature in rats at ambient temperatures below and above the self-selected temperature zone, are lacking in literature. In this report, the temperature preferred by the rats was first assessed before studying the changes in their sleep and body temperature, when they were exposed to ambient temperatures ranging from 18 ...
Deependra, Kumar +2 more
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Insolation and the Prediction of Maximum Temperatures
Bulletin of the American Meteorological Society, 1941The amount of energy required to change the lapse rate of an atmospheric layer from one value to another is given by Q = (γ2 − γ1) QI whereis the energy required to change the layer of thickness zo and mean density ρm from isothermal to dry adiabatic conditions.
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Distribution of the Maximum Temperature for Growth Among Yeasts
Mycologia, 1979The maximum temperature for growth (Tmax) was determined for 594 yeast strains belonging to 112 species of the genera Candida, Torulopsis, Hansenula, Pichia, Metschnikowia and Leucosporidium. Less than 2% of the strain population was psychrophilic having Tmax values below 24 C. More than 98% consisted of mesophilic strains with Tmax values ranging from
M, Vidal-Leiria, H, Buckley, N, van Uden
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Leakage Aware Scheduling for Maximum Temperature Minimization
2011 12th International Conference on Parallel and Distributed Computing, Applications and Technologies, 2011As power consumption continues to increase dramatically in real-time systems, the thermal management has become a prominent issue. Taking leakage current into account, this paper focuses on the maximum temperature minimization for the processor executing a set of real-time tasks with a common deadline.
Jinming Yue +3 more
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On the nature of the maximum gelation temperature in polymer gels
Biophysical Chemistry, 2005A theoretical framework is provided to explain the maximum gelation temperature in thermoreversible gelatin gels. Arrenhius plots of the inverse of the induction time of gelation versus the reciprocal of the setting temperature were linear for the different initial sol concentrations studied.
Alejandro G, Marangoni, Susan M, Tosh
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Temperature dependence of the maximum (dc) Josephson current
Physical Review B, 1974Experimental investigation on the temperature dependence of the maximum Josephson current (dc) has been performed on both symmetrical and asymmetrical junctions. Agreement with the Ambegaokar and Baratoff calculations has been found for both $\mathrm{Sn}\ensuremath{-}{\mathrm{Sn}}_{x}{\mathrm{O}}_{y}\ensuremath{-}\mathrm{Sn}$ and $\mathrm{Sn ...
E.P.BALSAMO +4 more
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Temperatures of the Maximum Reaction Rate and Their Relation to the Equilibrium Temperatures
The Journal of Physical Chemistry A, 1998This paper derives the relationship between the temperatures of maximum reaction rate and the equilibrium temperatures for exothermic reactions.
Erik Sauar, Erik Ydstie
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Archiv f�r Mikrobiologie, 1968
Parameters of thermal death were determined in 10 strains of yeast species whose maximum temperatures for growth (T max) ranged from 22 to 49°C. Arrhenius plots of the specific thermal death rates (k d) formed a positional sequence at the level of the experimental points that corrresponded in all but one case to the sequence of the respective T max ...
N, van Uden +2 more
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Parameters of thermal death were determined in 10 strains of yeast species whose maximum temperatures for growth (T max) ranged from 22 to 49°C. Arrhenius plots of the specific thermal death rates (k d) formed a positional sequence at the level of the experimental points that corrresponded in all but one case to the sequence of the respective T max ...
N, van Uden +2 more
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