由于ITO具有复杂的微观结构和吸收机制，很难准确测量出它的光学常数。
Due to its complicated microstructure and absorption mechanism, it's difficult to measuring optical constants of ITO.
由于硬化层与基体的微观结构不同，也就为超声波测量硬化层的深度提供了条件。
The micro-structure of hardening layer and motherly-body is different, which provide passibility for measuring the depth of hardening layer by supersonic ware.
仪器装置的光学电路和电视窗口形成电路能对微观结构进行一维和二维的测量。
Equipped with optic circuit and TV window circuit, this measurer can be used in measuring of one and two dimension for microstructure.
用扫描电镜对陶瓷微观结构进行了研究，并测量了压电变压器的电学性能。
The microstructure of PZT ceramic was characterized by scanning electron microscope, and the electricity capability of piezoelectric transformer was measured.
综述了微观尺度下利用MEMS结构测量硅材料塞贝克系数的已有工作。
The available methods of Seebeck coefficient of micro-scale material with MEMS structure were reviewed.
研究了蓝色环氧化膜的微观结构和形貌，测量了表面膜厚度和成分。
The microstructure, the thickness and the composition of this oxide films were examined and measured.
数字全息显微测量技术是检测显微样本微观结构的重要手段，具有系统简单、非入侵、动态性好等特点，是一种很好地具有应用前景的技术。
The digital micro-holography is a important means to measure microstructure of samples, and it is a technology with characteristics of simpleness, non-contact and dynamic, and so on.
利用气泡计测量的方法研究了熔池内气泡数量、大小和分布及其影响因素，对气液两相区宏观和微观结构进行了研究。
By the method of bubble meter measure, bubble amount, bubble diameter, bubble disperse in bath and effects factor were studied.
采用排水法测试试样密度，利用SEM和EDX分析微观结构和元素组成，采用四探针法测量电阻率。
Density of the fired specimens was determined. Microstructure and element composition were examined by SEM and EDX.
采用中子小角散射谱仪对系列溶液样品进行测量，直接获得锌离子-人血清白蛋白分子配位体的亚微观结构参数。
The microscopic parameters of the HSA Zn 2+ , Rg and I (0), are obtained directedly by small angle of neutron scattering (SANS) under different concentrations of zinc ion.
采用中子小角散射谱仪对系列溶液样品进行测量，直接获得锌离子-人血清白蛋白分子配位体的亚微观结构参数。
The microscopic parameters of the HSA Zn 2+ , Rg and I (0), are obtained directedly by small angle of neutron scattering (SANS) under different concentrations of zinc ion.
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