并应用激光多普勒技术测量基底动脉闭塞前后的血流值。
The values of blood flow were measured by Laser-Dopplar technique before and after basilar artery occlusion.
制备基底的方法，测量方法，器件制造方法，光刻装置，计算机程序和基底。
Method of preparing a substrate, method of measuring, device manufacturing method, lithographic apparatus, computer program and substrate.
磁力测量在石油勘探中的用途仅仅是为了确定基底深度，以便查明沉积盆地的存在及其几何形态。
Magnetic surveys are useful in oil exploration only for determining basement depths so as to cast light on the existence and geometry of sedimentary basins.
以上各组分别于第一次手术后7天灌注处死，取基底动脉（BA）行HE染色，测量其内径周长和管壁厚度；
All groups were sacrificed at tha 7th day after operation and get the basilar arteries (BA) for HE stain. then the perimeter of inside diameter and the thickness of vessel wall were measured.
在硅纳米梁的杨氏模量测试实验中，本文针对硅纳米梁与基底间纳米量级间隙的特点，提出了一种测量纳米梁厚度的实验方法，并给出了具体操作和数据处理流程。
In the Young's modulus measuring test, an experimental method of measuring the thickness of the nano beam with nano gaps is put forward, and the implementation details are given.
电涡流线圈及其基底材料具有良好的柔顺性，可以测试任意曲面形状之间的间隙，适合安装在狭小的空间中进行测量。
The eddy-current coils and the substrate material have better flexibility so as to measure the clearance among curved faces of any form, and can be arranged in the narrow space for measurement.
分别在半卵圆中心、基底节区和大脑脚层面测量主要白质束的FA值。
Fractional anisotropy (FA) were measured in some main white matter structures of peripheral white matter, basal ganglia, cerebral peduncle etc.
为了弥补目前采用的各种镀层厚度测量方法之不足，本文提出利用镀层元素一次X光激发的基底金属二次荧光进行膜厚测量的设想，并推导出相应的计算公式。
A suggestion was made to measure thin-film thicknesses using second X-ray fluorescence from substrate excited by primary X-ray of plating element, and corresponding equations were derived.
通过对昭苏盆地CSAMT测量资料进行综合分析，对昭苏盆地的基底起伏、地质构造特征提出了一些新的看法。
By comprehensive analysis of CSAMT data in the Zhaosu Basin, some new ideas about the basement relief and geological structure of the Zhaosu Basin have been put forward in the paper.
光镜下测量支气管基底膜厚度及计数黏膜下成纤维细胞的数目。
The bronchial submucosal basement membrane thickness and the number of fibroblasts were determined by light microscope.
介绍了一种以悬臂梁为基底，单光纤光栅为传感元件，测量温度和压力的方法。
A temperature and pressure measurement method is introduced, which is based on a cantilever with single fiber Bragg grating as the sensing element.
讨论了材料的选择、基底成形精磨及抛光工艺研究，给出了最终光学表面的测量结果。
The selection of the material, shaping and fine grinding of the substrate, and the polishing technologies are discussed in the paper. The final measuring results of the optical surface are given.
讨论了材料的选择、基底成形精磨及抛光工艺研究，给出了最终光学表面的测量结果。
The selection of the material, shaping and fine grinding of the substrate, and the polishing technologies are discussed in the paper. The final measuring results of the optical surface are given.
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