土壤热容量是土壤热性质的重要参数之一。
The thermal capacity is one of the important parameters to reflect the thermal property of soil.
聚酯的热性质以TGA、DSC、热台偏光显微镜研究。
The thermal properties of polyesters were investigated with TGA, DSC and polarizing microscope.
探讨不同浓度的有机物处理膨润土后对膨润土热性质的影响。
The influence of organic compound on bentonite is studied via the reaction of bentonite with organic compound solution of different concentration.
该结论对指导配煤生产，稳定和提高焦炭热性质具有实际意义。
The conclusion has important practical significance to guide coal blending production, stabilize and improve coke thermal property.
材料熔体的高温性质—粘度，是极重要的工艺参数和热性质之一。
The viscosity, one of the material melt property at high temperature, is a very important thermal property and the parameter of technology.
传感器的数学模型可用来分析传感器的输出和决定未知材料的热性质。
The mathematical model can be used to analyze the sensor output and determine the thermal properties of an unknown object.
下面引入的某些热性质定义和传热理论的初步概念都不准备作无止境的论述。
The following definition to thermal properties and introduction to the theory of heat transfer are not intended to give an exhaustive treatise of these subjects.
厚模具内部的温度场接近绝热性质，其历史可用来确定反应动力和热力的相关参量。
The temperature field of inner part in thick mold approaches adiabatic nature, and its history can be used to determine the reaction dynamic and thermal parameters of reaction.
分析了超高分子量聚乙烯制品的热性质，研究了超高分子量聚乙烯制品在焊接过程中的变化。
The heat properties of UHMWPE products are analyzed and the changes of UHMWPE products in the process of welding are studied.
材料的应力在滚动结果从外在负载下的轴承接触压力以及从附加应力的机械、化工或热性质。
The material stress in rolling contact results from the external loading of a bearing under contact pressure as well as from additional stresses of a mechanical, chemical or thermal nature.
用DSC，TEM，ED研究了尼龙1010在熔融峰温等温结晶生成晶体的热性质和形态结构。
Thermal properties and morphology of crystal in Nylon 1010 formed isothermally at melting peak temperature were studied by using DSC, TEM and ED.
土壤冻融特征曲线是反映土壤冻融过程中的水、热、盐迁移规律以及冻土强度、冻土的热性质的重要参数。
The characteristic curves of soil freezing and thawing reflect the strength, thermal properties and water and solute transport regularity.
该共聚物的分子量用特性黏数表示，用扭辫分析(TBA)和差示扫描量热(dsc)研究了它们的热性质。
The thermal properties of the copolymers were characterized with torsion braid analysis (TBA), differential scanning calorimetry (DSC).
在论文的第一章，简单地介绍了黑洞的形成、视界的概念、黑洞的热性质以及黑洞辐射和标量场辐射等基础知识。
In the first chapters, the concepts of black hole and the event horizon, black hole radiation, the thermal properties of black hole, and scalar field radiation are introduced briefly.
其次采用X射线衍射（XRD）、扫描电镜（SEM）等分析方法对不同水解率的淀粉微晶进行结构分析，DSC进行热性质分析；
Then X ray diffraction (XRD), Scanning Electron Microscopy (SEM) were used to analysis the inside structure of starches with different hydrolysis rates, DSC for the thermal properties analysis;
提出了一种改善焦炭热性质的方法——在配煤中添加负催化剂，着重研究了负催化剂改善焦炭热性质的机理，并探讨了工业化实施的途径。
The method of improving coke thermal properties by negative catalyst addition were examined. The mechanism of coke thermal properties improvement and industrial approaches were investigated.
本文研究了半导体超晶格热电材料的声子谱、群速度和热导率等热输运问题，重点通过对声学声子群速度特性的研究来理解超晶格材料的导热性质。
In this paper, the heat transport characteristics such as the phonon spectrum, the group velocity and the thermal conductivity of the semiconductor superlattice thermoelectric materials were studied.
介绍了含硼T641石墨炭源合成耐热性高、抗氧化性好与化学惰性强的金刚石及其性质。
Introduced the effect and the property for contain boron T641 graphite carbon source synthesized diamond with high heat proof, good anti-oxidation, strong chemic inertia.
用本发明所述的方法制作低温厚壁玻璃钢管，不会出现分层现象，且具有良好的力学性质和隔热性能。
The low temperature thick-wall GRP pipe of the present invention has no delamination, and has excellent mechanical property and heat isolating performance.
呈绿色，晶体结构，硬度高，切削能力较强，化学性质稳定，导热性能好。
Green Silicon Carbide Micropowder is green and features high hardness and strong cutting force, steady chemical property, good capacity of heat-transmission.
同时由这四大效应产生了很多独特的性质，如特殊的机械性能、电性能、磁性能、热性能、光性能和化学活性等。
These derive many unique properties: special mechanical, electric, magnetic, thermal, optical and chemical activity properties and so on.
同时由这四大效应产生了很多独特的性质，如特殊的机械性能、电性能、磁性能、热性能、光性能和化学活性等。
These derive many unique properties: special mechanical, electric, magnetic, thermal, optical and chemical activity properties and so on.
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