热化学

There are two models at present:(1)Thermal erosion and/or chemical metasomatism change the lower part of lithospheremantle into asthenosphere.

这一结论与热化学侵蚀或化学交代机制使岩石圈地幔改造为EMI印记实现减薄作用不一致。

Therefore, both chemical denaturation methods can yield different structurally unfolded states of the bIgG.

实验结果还表明单纯的热变性只能导致bIgG的不完全变性，而即使是在高浓度变性剂存在时的bIgG热化学变性，尿素和盐酸胍分别导致的bIgG热化学变性的去折叠态也是不同的。

Based on the thermo-chemical data, the equilibrium concentration distribution for all of the species in the temperature range of

基于所得的热化学数据，根据化学平衡原理得出所有物种在100-1500 K温度范围内的平衡浓度分布。

The presenting topics include introduction, gas and liquid, thermodynamics, thermochemistry, spectroscopy of chemistry, chemical equilibrium, physical equilibrium, solution, electrochemistry, chemical kinetics.

介绍主题包括绪论，液体与气体，热力学，热化学，化学光谱学，化学平衡，物理平衡，溶液，电化学及化学动力学等。

Analysis showed that the field injection technique of thermochemical system is feasible, the heat-generating rate and the position of "thermal spike" can be controlled and the thermochemical system is unharmful to the formation.

分析认为现场热化学体系注入工艺可行、放热反应速度与"热峰"位置可控、对地层无伤害，热化学生热提温促进稠油就地水热裂解降粘具有可行性，具体应用时应深入分析热化学就地生热提温的影响因素并优化相关操作参数。

This article analyses some basic conceptions that are comparatively vayue or even wrong wrong in the teaching of middle school chemistry, like the definition of chemical change, the influence of concentration on a chemical reaction , the structure of oxacid,and the acidity of sulfuric acid, the acidity of carbonic acid, and the conversion of allotropic substance.

分析了中学化学教学中的几个比较模糊甚至错误的基本概念，如化学变化、浓度对化学反应速度的影响、含氧酸的结构、硫酸的酸性、碳酸的酸性、热化学方程式的表示法、同素异形体间的转化等，并从大学化学角度加以澄清，以便使大一学生更准确地理解和掌握这些基本概念。

We choose the seeds of pinaceae and taxodeaceae as research material of tree classification.

由于种子是一个复杂化合物的有机体，我们期望发现各不同种子化合物之间在成份上和组成方式上的共性和差异性，从热化学的角度对木本植物进行热化学分类。

The pilot study shows that the ammonia dissociation/synthesis reaction is inherently free of any potential side reaction problems, and also offers phase separation of products. The carrier of heat store is liquid. and is very interesting for long-term storage as it can be carried out at room temperature with no energy losses, Its theoretics energy storage density reachs 66.5kJ/mol, which outclasses sensible or latent heat storage. In comparison to other thermochemical energy storage, ATCES needs lower temperature in endothermic reaction(only 650℃), but It can produce over 550℃ high temperature stream in exothermic synthesiser. Furthermore, the heat store/recovery can change with adapt to the heat source/load automatically, and offers coninuous(24 h) production of heat, These advantages will see a rapid increase in the adoption of large-scale concentrating solar thermal power generation.

初步研究表明：采用氨基储能体系，储/释过程无副反应，且储能介质能自然发生相分离；储热载体为流体，并可在室温下长期无热损储存，理论储能密度达66.5kJ/mol，远高于显热或相变蓄热；与其它热化学储能相比，吸热反应温度低，仅需650℃，而放热反应可产生500℃以上的高温，能量的储/释流量可随热源/负荷自适应变化，且可全天供热，更适合作为聚光式大规模太阳能热力发电中的能量储存系统。

Thermochemical Hole Burning memory uses the STM heating effect to induce a localized thermochemical decomposition of Charge Transfer Complexes, evolving the low-boiling point donor component and creating nanometer-sized holes on the crystal surface. In this thesis, we focus our research on the material synthesis and storage mechanism of THB memory.

热化学烧孔(Thermochemical Hole Burning，THB)技术是基于STM的超高密度信息存储技术，它利用STM针尖产生的隧道电流或场发射电流的焦耳热效应，诱导二元电荷转移复合物材料发生局域热化学气化分解反应，使低沸点组分从样品表面逸出，形成纳米尺度的信息孔。

Thermochemical database management system is constructed. Due to the flexibilities and advantages of Delphi language in developing database management system , it is used to develop the TDBMS based on Windows 95/98. TDBMS is integrated in CPD system.

建立了完善热化学数据库管理系统，由于Delphi编制数据库应用程序的极端灵活性，本程序系统在Win95/Win98平台上，采用Delphi编程，编制了功能齐全的热化学数据库管理模块，并集成在化学位图绘制系统中。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。