shock factor

The thermal stress fracture resistance factor R is thermal shock resistance of the ceramic material.

抗热震性能是结构陶瓷材料的重要性能之一.

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Heat shock factor 1 ( HSF 1 ) is the key protein in regulating stress response.

热休克因子1是调节应激反应的主要转录因子,它在应激条件下可被活化.

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This paper solves the transient conduction equation of thermal shock semi-infinite object by Laplace transform and takes the factor of heat propagation velocity into account. To aim at the effect of heat propagation velocity on the temperature we make detailed calculation with material V2A18% Cr.

考虑热量传播速度这一个因素，利用拉普拉斯变换对冲击加热半无限物体的瞬态导热方程进行了理论求解，并以V2A18%C r。

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Aberrant Regulation and Localization of Heat Shock Factor 1 in Senescent Human Diploid Fibroblasts

衰老细胞中热休克转录因子1的异常调节和定位

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The shock absorption capacity of the composite foundation manifests in amplitude reduction, viscous damping energy dissipation and friction energy dissipation. THE MODEL STUDY OF THE SCALE FACTOR APPROXIMATION OF THE AMPLITUDE REDUCTION FACTOR IN THE EXAFS DATA ANALYSIS

复合地基的减振性能主要体现在减小振幅、粘滞阻尼耗能和摩擦耗能上。EXAFS数据分析中振幅衰减因子标度常数近似影响的模拟研究

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Further studies show that, neither in the long run nor short run, the shock from exchange rate is the key factor to the large fluctuation.

进一步研究表明，无论短期还是长期，汇率冲击都不是造成贸易差额大幅变动的关键性因素。

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Hypotension is also a factor in poliomyelitis, shock, and barbiturate poisoning.

低血压也是小儿麻痹症 、 休克和巴比妥酸盐中毒的一个发生因素.

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Conclusions: SIRS was present in the aged patients with cholangitis-originated shock at different degree and progressive deterioration of SIRS was the main factor of death. SIRS grading was helpful to valuation of the patients'condition and the prognosis.

结论：老年胆源性休克病人均存在程度不同的SIRS，SIRS持续恶化是导致死亡的主要因素，SIRS评分有助于早期识别病情变化，明确诊断，降低病死率。

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expression of heat shock factor in primary renal cell carcinoma and its relationship with multidrug resistance

热休克因子在原发性肾细胞癌中的表达及其与肾细胞癌耐药性的关系

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Heat shock factor 1 ( HSF 1 ) is the key protein in regulating stress response.

热休克因子1是调节应激反应的主要转录因子,它在应激条件下可被活化.

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Combined with the TCR+ FC compensation plan, the method realizes the goal that power factor of the power supply system is above 0.9 under shock load.

此方法结合TCR+FC的补偿方案，成功实现了该供电系统在冲击性负荷下功率因数大于0.9的目标。

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Conclusion Burn shock delayed resuscitation is an important factor of infection and MODS.

结论烧伤休克的延迟复苏是发生烧伤感染和MODS的 重要因素和发病基础.

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taken together, it is possible that dominant-positive heat shock factor 1 can be used to prevent or cure parkinson's disease.

这些结果表明，正显性热休克因子1突变体在帕金森病的防治方面可能具有潜在的应用前景。

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