热力学过程

讨论了PVT法生长AlN晶体所涉及的化学热力学过程和现象。

The chemical thermodynamic process and growth phenomena related to the AlN PVT growth are discussed .

FTIR实验表明PV珍珠层文石向方解石转变的相变温度为380℃，相变是一个逐渐的热力学过程，低于380℃PV珍珠层文石未发现相变。

The temperature of phase transformation from PV nacreous layer to calcite is detected in 380 ℃ . The phase transformation is a gradual thermodynamic process . No phase transformation is found from PV nacreous layer to calcite under 380 ℃ monitored by FTIR spectra .

研究原位还原合成的热力学过程，并对SiC晶须形成机理进行探讨。

The thermodynamics was studied and the formation mechanism of SiC whisker was also discussed .

用光致发光谱和X射线双晶衍射研究了ZnO晶体的性质并对生长的热力学过程和现象进行了分析。

PL spectroscopy and X-ray diffraction technique are used to characterize the properties and the quality of the ZnO single crystal . Thermodynamic phenomena of the single crystal growth process are also discussed .

Ising模型和Potts模型是MC方法应用于热力学过程的两个基础模型。

In thermodynamics field , the MC technique is used by means of two basic models , i.e. Ising model and Potts model .

此外，本文给出在高温情况下热力学过程的最小功A（min）和致冷系数ε的展开式，以便取近似值。

Besides that , this article analyzes the minimum power of amin of heat mechanics in high temperature , and the open from of the coefficient of freezing so as to obtain the approximate value .

固定化细菌对重金属吸附热力学过程均可以用Henry模型描述，且其对Pb2+的亲和力比对Cd2+的亲和力强。

The Henry model can describe the thermodynamics process of heavy metal adsorption , and the affinity for Pb ~ ( 2 + ) is stronger than for Cd ~ ( 2 + ) .

膜层的沉积机理分析指出，衬底表面上Si原子基团的吸附、迁移、成核与融合等热力学过程支配着nc-poly-Si膜的生长。

The deposition mechanism of the films conforms that the absorption , migration , nucleation and mergence of Si atomic radicals on the SiO_2 surface dominate the growth process of the nc-poly-Si films .

由于超声速膨胀混合流在控制强放热反应动力学和热力学过程方面的特殊本领，使气体动力学在高功率GCL的发展中起着关键性的作用。

Because the supersonic mixing flow has a special capacity to control the strong - release-energy reaction dynamics and thermodynamic processes , nonequilibrium gas dynamics play a key role in developing gas flow and chemical lasers .

发现C4S不但在热力学过程中有利于提高溶液中Ca2+存在的浓度，而且能诱导一水草酸钙（COM）晶体的（101）晶面优先生长，并抑制COM的二维生长和聚集。

Not only can C 4S increase the supersaturation of CaC 2O 4 in solution , but also induce preferential growth of ( 1 01 ) crystal face of calcium oxalate monohydrate ( COM ) as well as inhibit the two dimensional growth and aggregation of COM crystals .

对高铁闪锌矿高压酸浸的热力学过程进行了研究，并绘制了150℃、氧气压力为1MPa时，浸出体系中ZnS-H2O系、FeS-H2O系、ZnS-FeS-H2O系的电位-pH图。

The thermodynamic process of acid pressure leaching of high iron sphalerite is studied and three ε - pH figures of ZnS-H_2O system , FeS-H_2O system and ZnS-FeS-H_2O system at 150 ℃, 1 MPa have been drew , respectively .

蒸汽马达发电的热力计算及经济效益蒸汽压缩制冷循环的热力学过程

Thermodynamic Calculation and Economic Profit Analysis for the Steam Motor Power-Generation

热力学过程方向的判断

The Judgement of Direction in the process of Thermo - physics

森林生态系统发展和植物种群变化的热力学过程

Thermodynamic processes in the development of forest ecosystems and plant populations

理想气体热力学过程的有限时间可用性

The Finite Time Availability of Ideal Gas in Thermodynamics Process

论热力学过程的可逆性与自发性

The Discussion about Spontaneity Reversibility and spontaneity in thermodynamic process

在热力学过程中，常涉及压强的传递。

The propagation of pressure is oftninvolved in thermodynamical processes .

化学热力学过程的方向和限度的判据

Criteria of Direction and Limitation in Chemical Thermodynamical Process

论流变力学的理论基础&Ⅱ流变过程和热力学过程

On the Theoretical Basis of Rheological Mechanics ⅱ Rheological process and thermodynamic process

裂纹愈合是一个不可逆的热力学过程。

The crack healing is a thermodynamic nonreversible process .

浅谈等温线在热力学过程中的应用

On the role of isothermal lines in thermodynamical process

粘接机理的热力学过程及应用

The Thermodynamics Process of Cohesion Mechanism and Its Application

变比热气体和变比热有离解气体热力学过程的计算

The calculations of thermodynamic processes of gases with variable specific heat and variable compositions

论判断理想气体热力学过程吸放热性的有效方法

Some methods of judging heat absorption and heat release of ideal gas thermodynamical process

微量量热法用于中草药对细菌的代谢作用的研究是一种新的手段，首先它能直接监测生物体所固有的热力学过程；

Coli . Firstly , it can directly measure the thermodynamic process of system .

氢压机缸内热力学过程及其对排气温度的影响分析

Analysis on Thermodynamics Process Inside Hydrogen Compressor Cylinder and Its Influence on Discharge Temperature

我们现在继续，研究热力学过程。

All right , so we 're going to be doing more thermodynamics processes .

热力学过程中的吸热、放热及循环过程的效率

The Heat Absorbed the Heat Lossed in the Process of Thermodynamics and Cycles & Efficiency

这是个室温反应热力学过程。

It 's a room temperature reaction .

恒星内部的不可逆热力学过程

The irreversible thermodynamic processes within stars