Some engineering applications about the dynamic specific properties of heat conduction system and stochastic heat conduction theory are discussed on the base of theory, such as thermocouple measurement problem, thermal stress and reliability problem of the chief axis of turbine, the first-time-ultra-temperature problem, pattern recognition problem of heat conduction system.
本文还从理论上讨论了导热系统动态特性和随机热传导理论的若干工程应用，如热电偶测温问题、涡轮机主轴热应力与可靠性问题、首次超温问题、导热系统模式识别问题等等。
Chapter 1, presents an overview of theory of mixed oxygen ionic and electronic conduction and mass transport in oxides, state-of-the-art membrane systems, and potential applications.
在实验的厚度范围（0.74-2.50mm）和条件下，不同厚度〓样品的氧渗透活化能相近，平均为170kJ/mol左右，故可初步判断氧渗透为体扩散控制，可以通过进一步降低样品厚度来获得更高的氧渗透率。
This conclusion supported the theory that green light emission mechanism of ZnO thin films attributed to electron transition from conduction band to oxygen vacancy defect level.
阐述了绿光发射机理，建立了绿光发射的理论模型。
We distinguish the different contribution to the resistance caused by spin梔ependent conduction electrons which scatter among the superparamagnetic particles and the blocked particles, then combine the tow梒hannel model and the effective medium theory, and average the spin-dependent scattering processes, and obtain the relations of GMR vs.
我们在区分了超顺磁颗粒和被阻塞的铁磁性颗粒对电子传导过程引起的不同效应后，发展了组合双通道模型与有效介质理论的方法，对电子在磁性颗粒间的自旋相关散射的微观过程作了统计物理的计算，得到了体系的巨磁电阻随外加磁场、颗粒浓度、温度等变化的关系。
LnR∝T〓 only holds from 180K to room temperature, which indicates that besides the thermal excitation tunneling mechanism, there is another mechanism contribute to the conduction. The experimental results can be well fitted by the theory of Honda and indicate that leak conductivity contributes to the conduction. When Fe〓Ni〓 layer thickness is 2.4nm, however, the resistance is proportional to the logarithmic of the reciprocal of temperature, ie.
2Fe〓Ni〓层厚度为2.1nm时，电阻随温度的升高而降低，在整个温度范围，电阻与温度的关系并不符合Sheng等人的热激发隧穿理论，只有在180K到室温范围，lnR～T〓关系才成立，说明导电机制除了热激发的隧穿导电外，还有其他作用的贡献，用Honda的理论对实验点进行拟合，发现符合很好，说明除热激发隧穿的贡献外，还有漏导的贡献。
This paper studies anti-impact concrete structure and the performance of ERF Damper under big impact in theory, which helps realize the designs of ERF Damper in the structure parameter, and designed the electric conduction link according to design request on power and voltage.
从理论方面研究电流变液阻尼器在大冲击下的抗冲击的具体结构和性能，进行了电流变液阻尼器在结构参数方面设计，还根据功率和电压等设计要求，选择了相适应的导电滑环。
In this paper, we describe in detail the basis theory of wavelet and study the applications of wavelet in the first kind singular integral equation and inverse heat conduction problems.
本文详细阐述了小波理论的基本知识，研究了小波在第一类奇异积分方程和逆热传导方程中的应用。
The theory of heat conduction have widespread applications in science and engineering technology.
热传导理论在科学研究与工程技术各个领域都有着广泛的应用。
The thesis is mainly about high intensity laser damage with optoelectronic instruments and defending technology. The main contents and key creation points of the thesis are as following:ⅠCoupled thermal-mechanical model is systemically establishedOn the base of heat conduction equation, coupled thermal-mechanical model is systemically established for the first time. One-dimensional dynamic temperature field, two-dimensional dynamic temperature field and three-dimensional dynamic temperature field are studied and analyzed. The materials`temperature rise equations and the thermal stress equation under different conditions are deducted. Furthermore, the meilting time, maximal melting depth, gasification, ablation, the spread of shock wave and lamination crack theory are analyzed and discussed.
系统建立了激光辐照的热力耦合理论模型以激光与物质相互作用和热传导方程为理论基础，首次系统建立了激光辐照的热力耦合理论模型，并对一维非稳态方程、二维非稳态(有限平顶光斑、高斯光斑)方程和三维非稳态温度方程进行理论分析和研究，推导出不同情况下激光辐照材料的温升和热应力方程，并进一步对激光辐照材料的熔融时间和最大熔融深度，气化和烧蚀，冲击波的传播和层裂进行理论研究。2。
It requires construction and management of the purchasing team, operation team as well as the access to medicine and the use of medicine (briefly referred as two teams and two accesses). It is the key point and focus of the successful conduction of the marketing theory.
本文的核心论点：成都地奥制药集团的核心营销策略是以消化促销售、以消化促回款、以消化促发展，即消化策略就是以终端为中心的营销策略，建设和管理进药队伍、用药队伍及进药通道、用药通道则是此营销思想的展开和成功的关键和重心。
His paper studied inversion method of ground temperature field and ground temperature gradient field based on 3D static heat conduction theory.
研究了基于三维稳态热传导理论并忽略对流换热及地质构造等次要因素影响的地温场与地温梯度场的反演方法。
The results show that the conduction behaviour of composites can be described by percolation theory and the threshold value is about 13.2%.
结果 复合材料的导电特性可以用渗透理论来解释，其导电组分的阈值约为13.2%。
Combining practical operating condition of mine winder disc brake, based on the heat conduction theory and integral-transform method, simulation of temperature field under normal braking condition was carried out by applying numerical analysis software, and the variation laws of three-dimentional transient temperature field were obtained.
结合提升机盘形制动器的实际运行工况，基于热传导理论及积分变换法，运用多物理场耦合数值分析软件对正常制动工况下闸瓦的温度场进行仿真计算，得到闸瓦三维瞬态温度场随时间的变化规律。
Based on the theory of heat conduction, theory of elasticity on thermal stress analysis for plate and FEM for beam bending, a calculation approach for temperature distribution and thermal stress evaluation of ship structures is presented in this paper, where the ship hull girder is treated as thin-walled beam with variable cross sections.
本文提出一种适於在船舶设计中使用的船体温度分布和温度应力和计算方法。本法采用变剖面薄壁梁船体模型，船体的温度分布根据热传导理论计算，船体的温度应力根据弹性理论处理平板温度应力问题的思想，并结合梁弯曲的有限元法计算。
According to theory of diffusion and permeation, and theory of adsorpt ion equilibrium of commixture gas, the mechanism of increasing coalbed methane production by gas injection is studied, with which it is illustrated for enhancing energy of storing gas stratum, heightening pressure conduction coefficient of storing gas stratum and binging domino effect of competition adsorption by gas injection, consequently yield and ratio of recovery of coal bed methane are also enhanced.
依据扩散渗流和多组分吸附平衡理论，研究了注气开采煤层气的增产机制。研究表明，注气增加储层能量，提高储层压力传导系数并产生竞争吸附置换效应，从而提高煤层气开采时的单产量及回收率。
Application and progress of percolation theory in the process of study for conduction mechanism of conductive composites were introduced.
杨建高，刘成岑，施凯，渗流理论在复合型导电高分子材料研究中的应用
The characters and hydration activity of β C_2S single mineral through high energy ball grinding were tested by using laser granularity survey technology, scanning election microscopy (SEM) and the heat conduction microcalorimetry technology. The utilization fractal theory was used to analysis the test results.
采用激光粒度测量技术、扫描电镜和热导式微量热技术对-βC2S单矿物经高能球磨后的颗粒特征与水化活性进行了测试，运用分形理论对测试结果进行了分析。
New Theory on Adiabatic Temperature Rise and Heat Conduction Equation of Concrete
混凝土绝热温升和热传导方程的新理论
Based on photonic band gap theory and plane wave expansion method, the effect of liquid crystal on the conduction change of PCF and filtering properties are researched.
基于光子带隙理论，利用平面波展开法对填充液晶前后光子晶体光纤传导机制的转变进行了探讨，研究了填充液晶对光子晶体光纤滤波性能的影响。
Based on the theory of segment heat conduction, combined with finite difference method, calculation theory and methods of section transient temperature field of the segments structure are given.
通过管片结构热传导理论结合有限元-差分混合分析法，阐述了隧道管片截面瞬态温度场计算原理及计算方法。