thermal interaction的例句大全

The results demonstrate that the interaction modes of two heat sources are totally different from each others for different cladding methods, i.e. pre-placed coating by thermal spraying, pre-placed coating by organic binder and powder feeding in laser-induction hybrid cladding.

研究结果表明，对于氧乙炔热喷涂层、冷预涂层和自动送粉式激光&感应复合熔覆，激光和感应两种热源的作用方式是不同的。

In this paper using the thermodynamical potential of the nonlinear interaction model of three bosons which has been derived from refrence [ 6], the thermal photons and phnons mean values, and entropy of the system were calculated.

利用文献[6]提供的三玻色子非线性相互作用模型哈密顿量导出的热力学势，计算光与晶格相互作用散射过程中入射、散射光子和声子的热平均数以及系统的熵。

The mutual interaction among the lipid surfactant, polymethyl methacrylate, and inorganic solid particles in packaging thermal transfer process release agent was studied by measurement of centrifuge.

讨论了交联剂、剥离剂对色粉软化点、熔体指数、粘流温度的影响；对着色剂对色粉荷电性能的影响及与树脂分子间的作用进行了分析。

The result shows that the double laser gain mediums inserted in cavity can not only improve the optical-optical conversion efficiency of laser, but also enhance the resonant stability through the interaction of two laser crystals' thermal lens effect.

结果同时表明，在谐振腔内插入双激光增益介质，不仅可以提高激光器的光-光转换效率，而且两个激光晶体热透镜效应相互作用的结果可以增强谐振腔的稳定性。

the thermal stability analysis of soybean whey protein and interaction between soybean whey protein and soybean globulins

大豆乳清蛋白的热稳定性分析及其与球蛋白的相互作用研究

meanwhile, the relative importance of thermal, mechanical factors of urban infrastructure and interaction between thermal and mechanical factors on the formation and evolution of ubl over the beijing area were also explored.

此外，揭示了城市结构的不同影响因子&动力因子、热力因子和热动力因子间的相互作用在北京冬季城市边界层结构形成和演变过程中的不同作用。

The influence of salt on the activity and thermal stability of HPL followed hofmeister series. The hydrophobic interaction, electric interaction and specific ion force was the major contribution to the effect.

盐对HPL酶活性和酶热稳定性的影响都遵循霍夫密斯特序列，疏水相互作用力、静电相互作用力和特异性离子分散力对于作用效果起主要贡献作用。

Phase Interaction of Chitin Fiber Reinforced PCL Composite by Thermal Analysis

甲壳素纤维增强聚复合材料的相间相互作用

The interparticle interaction, thermal energy, anisotropy, and size distribution can all be responsible for the occurrence of non-Langevin behavior.

我们推测这个差异发生的原因可能与微粒间交互作用、热能量、各向异性及微粒磁矩分布有关。

This kind of classification is of practical significance for guiding the study of the air-water thermal boundary layer and studying the heat exchange, the exchange of mass within the layer, and the interaction between them and the surroundings.

这种分类对进一步指导气－水热力边界层研究和研究层内的热交换，质量交换以及与层外各种尺度的相互作用具有一定的现实意义。

Study on the Thermal Effect in the Interaction of the Laser Radiation with Matter

激光与物质相互作用的热效应研究

The interaction of daily thermal effectiveness, photoperiodical effectiveness and intrinsic earliness ( before heading) or basic filling duration factor ( after heading) determine the daily physiological effectiveness, which accumulated to get physiological development time.

每日热效应、光周期效应及品种的基本早熟性（抽穗前）或基本灌浆期因子（抽穗后）互作共同决定每日生理效应的大小，其累积形成每日的生理发育时间。

The interaction between building blocks is week ( about KT), so the thermal fluctuation and entropy control the motion of the system.

其结构单元（Building Blocks）间相互作用弱（约为kT），热涨落和熵主导其运动和变化。

The main part is listed below: 1. Interaction of thermal force during weak diagenesis process and microbes is the main mechanism of the formation of biogas in the basin.

主要认识如下：1.弱成岩过程热力与微生物共同作用是地质盆地生物气形成的主要机制。

In this paper, the thermal fracture behavior of the packaging structure with crack is studied by interaction integral combined with numerical method.

本文主要从含裂纹体的封装结构出发，用交互作用积分与数值模拟相结合的方法对其热断裂性能进行研究。

The article uses finite element analysis software ADINA for porous media on thermal fluid-structural interaction to numerical simulation, and analyses the impact of the reservoir due to steam injection and fluid flow in the process of thermal oil.

以石油生产中的热力采油为例，应用有限元分析软件ADINA对多孔介质热流固耦合问题进行数值模拟。分析了在热力采油过程中由于注蒸汽以及流体流动等因素对储油层的影响。

Study of thermal effects for interaction focused Tm laser with cornea

聚焦Tm激光与眼角膜热作用的研究

Thermal behavior for interaction of high intensity energetic beams with surface of material

强流载能束与材料表面相互作用的热效应

Using the finite element simulation techniques analyze thermal process of the interaction between laser and biological cells.

采用有限元模拟仿真技术来分析模拟光与生物细胞相互作用热过程。

The structure of glass determined thermal expansion coefficient. Interaction between cation and non-bridging oxygen influenced thermal expansion coefficient.

玻璃的热膨胀系数取决于玻璃结构的连接性，热膨胀主要受玻璃中阳离子与非桥氧之间的相互作用。