microcrystal中文,microcrystal的意思,microcrystal翻译及用法

2026-03-21 20:08 浏览次数 17

microcrystal

英[ˌmaɪkrəʊ'krɪstəl]美[ˌmaɪkroʊ'krɪstəl]

n. 微晶

microcrystal 英语释义

英语释义

    1. a microscopic crystal

    2. a crystal visible only under the microscope

microcrystal 片语

片语

microcrystal starch微晶淀粉

microcrystal plate微晶版

crystallite微晶;皱晶

have microcrystal呈微晶

Microcrystal paraffin微晶石腊

graphite microcrystal石墨微晶

microcrystal grain微晶

agcl microcrystalagcl微晶

microcrystal 例句

英汉例句

  • the second is that the uniaxial anisotropy results from preferred alignment of preferred axis of cobalt ferrite microcrystal in surface layer of γ-fe2o3.

    表面层钴铁氧体微晶易磁化轴从尤排列显示单轴各向异性。

  • the space surface tension convection was observed in high temperature oxide solution by using space high temperature situ observation facility and the traced particles of microcrystal knbo3 .

    在空间晶体生长实时观察装置上,利用熔液中形成的铌酸钾微晶作示蹤粒子,首次在空间高温氧化物熔液内,实时观察和记录了空间表面张力对流效应。

  • a concrete curing agent of emulsion wax was obtained with the combination of paraffin wax, microcrystal wax and liquid wax.

    研制了一种以石蜡、微晶蜡和液蜡复配为成膜物质并经乳化而成的混凝土养护剂。

  • under different technics conditions, three types of grinding equipments, stir mill, ball mill, and ultrasonic air mill, were used to investigate the ultrafine grinding of microcrystal muscovite.

    采用介质搅拌磨、球磨机、超音速气流磨三种不同的粉碎设备,在不同的工艺条件下对一种新型沉积微晶白云母进行超细粉碎。

  • this paper introduced the relationship of microcrystal structure of coke and its macroscopical properties, and the effects of coal rank and pyrogenation process on microcrystal structure etc.

    介绍了焦炭微晶结构与其宏观性质的关联,煤化度及热解过程对微晶结构的影响等,并说明了研究焦炭结构的意义及其发展前景。

  • the relation between the microcrystal size and quantum-confined effect was obtained.

    文中给出了半导体掺杂玻璃微晶尺寸与量子限效应的关系。

  • ferroelectric substance (50) can be formed by irradiating the film having microcrystal nuclei (40) with pulsed laser beams or lamp light so as to crystallize the oxide.

    然后,对具有微结晶核(40)的膜照射脉沖状的激光或灯光,使氧化物结晶化能够而形成强电介质(50)。

  • experiments show that microcrystal wax with a carbon distribution less than c72 can be analyzed with large diameter quartz capillary column .

    实验表明,使用大口径高温毛细管柱可以分析碳数在72以下的微晶蜡。

  • a method has been developed to measure the carbon distribution and content of microcrystal wax with high drop melting point.

    该蜡具有适宜的烃组成和碳数分布,具有较高的熔点,可在较宽的温度范围内保持良好的防护性能。

  • the natural zeolite has microcrystal structure with many holes and big internal surface area. it has good moisture absorption and removal function as well.

    天然沸石具有多孔微晶结构、内表面积大,具有优良的吸湿与排湿的功能。

  • from the analysis of the experimental results by tem, it is demonstrated that the polishing damaged layer of marble is in the amorphous and microcrystal forms.

    进而利用透射电镜证明:该变质层是由非晶和微晶组成的。

  • a method has been developed to measure the carbon distribution and content of microcrystal wax with high drop melting point.

    采用冷柱头进样的高温气相色谱技术,建立了测定高滴熔点微晶蜡中正构和非正构烃类含量及碳数分布的方法。

  • the decay rule of photoelectrons in sensitized cubic agcl microcrystal is obtained by microwave absorption dielectric spectrum detection technique.

    利用微波吸收介电谱检测技术测得了还原增感立方体氯化银微晶光电子衰减随增感条件的变化规律。

  • the present invention relates to a microcrystal glass produced by using a mineral containing lithium as main raw material and making method thereof.

    本发明属于微晶玻璃陶瓷技术领域,涉及用含锂矿物为主要原料生产的微晶玻璃及制造方法。

  • the results show that the coating obtained in acid bath is of microcrystal structure, belonging to medium phosphorous coating;

    结果表明:在酸性镀液中获得的镀层是微晶结构,属于中磷镀层;

  • with the pretreatment of bleach earth and single-stage in series hydrofining process combined technology, food stuff-grade high-quality microcrystal wax can be produced at suit able conditions.

    采用白土预精制和一段串联加氢联合工艺,在适合的反应条件下,可生产食品级优质微晶蜡。

  • the amylose has the fastest speed both in crystal degree and microcrystal size, the next is that of amylopectin, where native starch has the slowest speed.

    直链淀粉和支链淀粉共同存在时会产生较强的相互作用,导致其混合淀粉的结晶速度的下降。

  • the exhausts mechanism of the glass structure was proved by applying classic theory, semi-classic theory and the quantum theory, the microcrystal model of the glass was set up.

    运用经典理论、半经典理论和量子理论证明了玻璃的结构损耗机理,建立了玻璃的「晶子」模型。

  • fourthly the amorphous structure is transformed to microcrystal structure and polycrystal structure;

    镀层的显微结构由非晶态向微晶和多晶态转变;

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