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Genome-wide transcriptomic analysis reveals autophagy and HSP70-mediated mechanisms underlying thermal stress adaptation in Mytilus coruscus. [PDF]

BMC Genomics
Li C, Lv S, Jing H, Zhou H, Liu X.
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Thermal Shock Resistance of Skin Tissue

Journal of Medical Systems, 2010
Understanding the mechanisms of skin behavior under thermal shock is crucial for medical treatments. However, no reasonable criteria are available for the maximum thermal loadings that skin tissue can survive. To address this, in this paper we analyzed thermal and neural behaviors of skin tissue exposed to thermal loadings by introducing the thermal ...
ZhiBin Fan, Xiao Zhai, Lihong Zhou, Feng Xu 0003, Tianjian Lu   +4 more
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RESISTANCE OF ENAMELS TO THERMAL SHOCK*

Journal of the American Ceramic Society, 1942
A bstract Thermal‐shock resistance tests were made on enamels of varying thermal expansions applied on test pans. Increased weight of application and high expansion of the cover coat decreased the thermal‐shock resistance, whereas high expansion of the ground coat increased ...
E. E. Howe, E. P. Bolin
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Thermal stability and thermal shock resistance of Fe2AlB2

Ceramics International, 2018
Abstract The nanolaminated ternary boride Fe2AlB2 exhibits a combination of damage tolerance, electrical conductivity, and machinability at room temperature. This work reports for the first time on the thermal stability and thermal shock resistance of Fe2AlB2 at high temperatures.
Jie Liu, Shibo Li, Boxiang Yao, Jing Zhang, Xiaogang Lu, Yang Zhou   +5 more
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Thermal shock resistance of ceramic coatings

Acta Materialia, 2007
A methodology is established for the evaluation of the thermal shock resistance of ceramic coatings. The problem is formulated by considering a thin coating to a thick substrate subjected to a sudden cooling on the coating surface. Time-varied thermal stresses and stress intensity factors for various parameters of the problem are obtained.
J C Han
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Thermal-shock resistant refractories and ceramics under thermal-shock conditions

Refractories, 1988
We propose an approach to evaluating the thermal-shock resistance of solid bodies in a thermal-shock schedule based on the development of elastic waves of compression (expansion) and the final value of the velocity of the thermal waves. A model is put forward and also a calculation equation for the destructive drop in temperature ΔTp in the thermal ...
V. V. Kolomeitsev, K. N. Dergunov
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Heat shock proteins and thermal resistance in yeast

Biochemical and Biophysical Research Communications, 1980
Abstract A rapid shift in cultivation temperature of Saccharomyces cerevisiae from 23° to 36° results in protection from death due to extreme heat treatment (52°). The level of this acquired thermal resistance shows an excellent correlation with the cellular level of the heat shock proteins which are transiently induced by such a temperature ...
L, McAlister, D B, Finkelstein
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Analysis of thermal shock resistance of solids based on the nonlocal elastic theory, Part II: Thermal shock cracking and thermal shock resistance

WIT Transactions on Engineering Sciences, 2014
This is the continuity of the Part I of this research. In this part, the thermal shock resistance behavior of a plate subjected to a sudden thermal load will be studied. Two types of crack problems are solved: an edge crack under cold shock and a center crack under hot shock.
Li, J. E., Wang, Baolin (R17839)
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Thermal shock resistance of platinum alloys

Metal Science and Heat Treatment, 1974
Alloying that causes a reduction of grain size and ductility of platinum alloys lowers the resistance to thermal shock at 1350–1400°C.
L. A. Medovoi, E. I. Rytvin
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