Or thermal damage to the bowel.
或者肠道的热损伤。
The results show that the blood vessel diameter and the average blood velocity are the crucial factors in the temperature determination and thermal damage distributions near the blood vessel.
模拟结果表明，血管直径及血流速度是影响热疗中血管附近组织温度场和损伤度的重要因素。
This structure can solve the problems of catastrophic optical damage of facet, thermal damage and poor light beam quality effectively.
该机理能有效地解决光功率密度过高引起的端面灾变性毁坏、热烧毁和光束质量差等大功率激光器存在的主要问题。
By means of regression design, the relational formula between the depth of the thermal damage layer and parameters of technology was found.
采用回归设计方法，通过试验找出齿面变质层深度与各工艺参数间的关系式。
Applicator types and emitting characters significantly affected the thermal damage regions during laser-induced interstitial thermotherapy.
可见激光光纤加入头形式和发光特性对激光诱导肿瘤间质热疗具有重要的影响。
The analysis of thermal damage layer for the rake face can provide theoretical guidances for confirming the machining allowance of surface grinding.
前刀面热损伤层的定量分析，可以为随动磨削的加工余量提供理论依据。
The study of thermal damage layer for the major flank can provide theoretical guidances for determining the minimum machining allowance of edge grinding.
后刀面热损伤层的定量分析，可以为确定最小刃磨余量提供理论支持。
With the optimization of explosives 'performance and variation of damage elements, the thermal damage of explosives fireball becomes a research emphasis in the world.
随着炸药性能的不断优化和毁伤方式多元化要求的提出，炸药爆炸火球的热毁伤研究逐渐成为国内外的一个研究热点。
Particularly, both the rise of temperature and the thermal damage may cause the change of blood perfusion during in thermal therapy, meanwhile the quantified describe of the change was less seen.
特别地，热疗过程中组织的温升与热损伤均会引起血液灌注的变化，但涉及热致血液灌注变化的定量描述非常少见。
The results demonstrate that skin stiffness decreases with increasing thermal damage degree and there exist strain rate sensitivity at different damage levels, caused mainly by hydration changes.
结果表明：皮肤的刚度随热损伤度的提高而下降，并且具有不同损伤度下的应变速率敏感性，这些特性主要是由皮肤的水合作用变化所引起的。
It is shown that the temperature of the fiber with low absorption coefficient is comparatively low and the temperature distribution is very smooth, so the thermal damage can be effectively avoided.
结果表明，低吸收系数光纤泵浦端温度相对较低，分布较为平缓，有效减缓光纤的热损伤。
It is shown that the temperature of the fiber with low absorption coefficient is comparatively low and the temperature distribution is very smooth, so the thermal damage can be effectively avoided.
结果表明，低吸收系数光纤泵浦端温度相对较低，分布较为平缓，有效减缓光纤的热损伤。
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