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1·The larger the thermal gradient, the lower the anisothermal ductility.

温度梯度越大，不等温韧性越低。

2·These factors include magma composition, convection, diffusion, thermal gradient, oxygen fugacity, temperature, pressure, the shape of magma chamber etc.

影响韵律形成的因素很多，通常包括岩浆成分、对流作用、扩散作用、热梯度、氧逸度、温度和压力等。

3·The results show that the high stress is main concentred on the wall of the ladle, and high thermal stress appears at the ladle bottom with high thermal gradient.

结果表明，高应力区主要集中在钢液罐罐壁，在罐底温度梯度较大的部分会产生较大的热应力。

4·For the exist of moisture content gradient and thermal gradient, the thickness swelling is larger than the line swelling and so the thickness swelling is the emphasis of study.

由于含水率梯度和温度梯度的存在，使得厚度膨胀远远高于线膨胀，因此厚度膨胀历来是尺寸稳定性的研究重点。

5·Heat sink means may be included in various embodiments to establish a thermal gradient away from functional portions of the instrument (i. e., by removing heat from the metal body).

在各种实施例中均可包括散热装置，以便建立从该仪器功能部分开始的热梯度(即，从该金属本体除去热量)。

6·The formula of characteristic coefficient for equivalent linearization is derived for two kinds of thermal gradient modes and general box girders with different depths of top and bottom flanges.

针对两种非线性温度梯度模式及具有不同顶、底板厚度的一般箱梁桥，推导了等效线性化后的特征参数计算公式。

7·Results show that reducing the apparatus size and increasing the hot air flux can effectively increase immersed nozzle's preheating temperature and improve the thermal gradient on the nozzle neck.

结果表明，缩小烘烤箱的尺寸，加大热空气的流量，可以有效地提高水口的预热温度，改善水口颈部的温度梯度。

8·The experimental models not only can be introduced into low temperature waste-heat power generation, but also can be available in the geothermal, solar and ocean thermal gradient power generation.

该项研究的实验模型不仅可以利用在低温余热发电系统，而且对地热、太阳能及海洋温差发电均有参考价值。

9·The results show that thermal compensation in non-irradiant areas could reduce the temperature gradient of mirror for high-power laser, and then could decrease the thermal deformation significantly.

结果表明有效的热补偿对镜面变形峰谷值有很大的影响，在非光照区进行热补偿可以大大降低镜体的温度梯度，从而明显减小镜面变形的峰谷值。

10·The explosive decomposability of ethylene will lead to much large temperature gradient and great range thermal stresses response on thick wall of reactor.

由于乙烯爆炸性分解，在反应管壁厚上形成极陡的温度梯度和幅度很大的热应力。