relaxation heat
英 [ˌriːlækˈseɪʃn hiːt]
美 [ˌriːlækˈseɪʃn hiːt]
网络 松缓热
双语例句
- The structure and operation characteristics of chain plate type relaxation heat setting machine were analyzed.
分析了链板式松弛热定型机的结构及运行特点； - Based on the oxygen vacancy distribution and relaxation thermodynamics, the relaxation mechanism is proposed. At the same time oxygen vacancy concentrations on different sites ( a, b and c sites) in tetragonal barium titanate, with different heat treatments, are calculated.
用氧缺位的分布和弛豫热力学选择定则提出了四方相的弛豫机理，计算了不同热处理后处于不同对称位置氧缺位的浓度。 - Stress relaxation has been observed on the nanoscale, which attributes to heat activated dislocation emission and motion.
在纳米尺度也存在应力弛豫现象，其原因是热激活引起的位错发射和运动。 - Research on Relaxation Phenomena of Heat and Mass Coupling in Wet Porous Media
含湿多孔介质中热质耦合现象的松弛性研究 - According to the effects of thermal relaxation time and thermal relaxation length, the heat conduction was analyzed.
最后，依据热松弛时间和热松弛长度对热传导过程的影响，对快速瞬态高强度加热情况下的热传导问题进行了分析和讨论。 - Experiment is designed to measure heat relaxation time. Comparison with heat action time validates above analysis.
设计试验测量得到推进剂热松弛时间，经与热作用时间比较验证了固体推进剂瞬态传热过程中的非傅立叶效应。 - Through study on wet relaxation after heat setting, which is found to be a necessary method to improve fabric dimensional stability.
通过对定型后织物的湿松弛进行研究，发现通过定型工艺提高织物的尺寸稳定性是行之有效的方法。 - It is found that temperature wave frequency at a given location in the slab is relevant to slab's thickness and its thermal relaxation time while the amplitude of temperature wave bears a relation with heat source's distribution area and pulse duration.
研究结果表明，温度波动频率取决于平板厚度和材料的热弛豫时间，而其幅值则与内热源释放区域的大小和脉冲宽度的长短有关。 - Increased atomic diffusion and stress relaxation from interlayers play a dominant role in the increase of interface bond strength of both heat treated and graded coatings.
HA-Ti界面附近原子扩散加剧和中间层对应力的缓和作用分别是热处理涂层和梯度涂层界面结合强度提高的主要原因。 - And thermal conductivity was characterized by a relaxation time. The lower the thermal conductivity, the longer relaxation time it is, indicating that the porous material with good heat insulation properties.
而且材料的导热存在一定的弛豫时间，导热系数越小，弛豫时间越长，说明这种多孔材料具有良好的隔热性能。