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crystalline change
相关语句
  晶变
     Influence of expanding agents on crystalline change is obtained through DSC, and the crystal lattice characteristics of expanded AN are analyzed through SEM.
     利用差热分析 (DSC)技术给出了膨化剂对硝酸铵晶变的影响 ; 采用x射线衍射分析了膨化硝酸铵晶体的晶格特性
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  “crystalline change”译为未确定词的双语例句
     Initial crystalline and crystalline change under isothermal crystallization and various aging conditions are studied by Differential Scaning Calorimeter (DSC) and Modnlated DSC (MDSC).
     用差示扫描量热法(DSC)和调制式DSC(MDSC)研究了氟橡胶F2314的初始结晶度和不同条件老化时结晶度的变化。
短句来源
  相似匹配句对
     Change
     变化
短句来源
     “HEAT COOPERATIVE CHANGE”OF THE CRYSTALLINE POLYMERS
     结晶高分子链的骨架热协变效应
短句来源
     Application of Crystalline Polymers as Phase Change Material
     结晶性高聚物作为相变材料的应用
短句来源
     Change in Festivals
     节日的变动趋势
短句来源
     Crystalline Glass and Its Polishing
     微晶玻璃及其抛光
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  crystalline change
The XRD-DSC equipped with a humidity generator revealed directly the crystalline change from In(OH)(HCO2)2 to In2O3 and the formation of the intermediate during the thermal decomposition.
      


The electrolytic manganese dioxide(EMD)has different electric performances through treatment with different temperatures, when the treating temperature is equal or lower than 100℃, the open circuit voltage(OCV) and the operating voltage(OV) of the alkaline batteries consisting of Zn anode are nearly unchanged and their discharging curves are steep. When the treating temperature is equal or higher than 200℃, their OCV and OV are lower than above mentioned values, they are decline with temperature rising, and...

The electrolytic manganese dioxide(EMD)has different electric performances through treatment with different temperatures, when the treating temperature is equal or lower than 100℃, the open circuit voltage(OCV) and the operating voltage(OV) of the alkaline batteries consisting of Zn anode are nearly unchanged and their discharging curves are steep. When the treating temperature is equal or higher than 200℃, their OCV and OV are lower than above mentioned values, they are decline with temperature rising, and their discharging curves are not steep. The shifts of the potential of reducing peaks are consistent with the variances of OCV and OV. 200℃ is the transforming temperature of its performance. The capacity of EMD treated with 200℃ is the largest. These electric performance may have relations to the absorbed water and the crystalline changes of EMD.

经不同温度处理的电解MnO_2具有不同的电性能.当处理温度等于(或低于)100℃时,MnO_2与Zn组成的碱性电池开路电压和工作电压(在电流强度为77~308μA/cm~2时放电)几乎不变,但放电曲线较陡.当处理温度等于(或高于)200℃时,电池的上述电压均随处理温度的上升而逐渐下降,但放电曲线较平坦,且随放电深度增加,极化变化较大.处理温度200℃为电性能的转交温度.在不同的处理温度中,以经200℃处理过的电解MnO_2的放电容量为最大.这些电性能的变化与电解MnO_2的吸附水和晶型变化有关.

Expanded ammonium nitrate (AN) is a kind of new improved AN, possessing outstanding self sensitized characteristics, and is successfully applied to various kinds of expanded AN explosives and seismic explosive columns. Under the action of expanding agents (surfactants), its physical properties, crystalline structures and characteristics are remarkably improved. In this paper, through determination of solid surface contact angles, the surface energy of expanded AN crystal is calculated. Influence of expanding...

Expanded ammonium nitrate (AN) is a kind of new improved AN, possessing outstanding self sensitized characteristics, and is successfully applied to various kinds of expanded AN explosives and seismic explosive columns. Under the action of expanding agents (surfactants), its physical properties, crystalline structures and characteristics are remarkably improved. In this paper, through determination of solid surface contact angles, the surface energy of expanded AN crystal is calculated. Influence of expanding agents on crystalline change is obtained through DSC, and the crystal lattice characteristics of expanded AN are analyzed through SEM.

膨化硝酸铵是一种改性硝酸铵晶体 ,具有显著自敏化特征 ,成功应用于各类膨化硝铵炸药及震源药柱中。在膨化剂 (表面活性剂 )的作用下改善了膨化硝酸铵的物理性能和晶体结构及其特征。本文通过硝酸铵固体表面接触角的测量 ,算出了膨化硝酸晶体表面能 ;利用差热分析 (DSC)技术给出了膨化剂对硝酸铵晶变的影响 ;采用x射线衍射分析了膨化硝酸铵晶体的晶格特性

Developing history and basic characteristics of machanochemistry are introduced.Current situation of research in crystalline changes and physico chemical properties and application of mechanochemistry ultrafine grinding are reviewed.The prospect of mechanochemistry is also put forward.

介绍机械化学的发展历史和基本特征 ,阐述了超细粉碎机械化学中粉体晶体结构和物理化学性质变化、粉体机械化学反应的研究现状及其应用 ,展望了机械化学的发展前景

 
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