读数显微镜

提出了一种以线阵CCD固态传感器取代读数显微镜的航空相机镜头焦距测量系统。

An auto measuring system of aerial camera lens is presented , which substitutes linear array CCD sensor for reading microscope to measure the focus of aerial camera lens .

流动显微荧光测定分析读数显微镜测振幅法

Flow microfluorometer analysis meters for measuring amplitude by a reading microscope

以光的等厚干涉原理为基础（1），用读数显微镜和砝码测量透明介质的杨氏模量，并用CCD显像技术提高了读环精度。

With the light interference principle of equal thickness as the foundation , we measure Yang 's mould amount of transparent medium . On the other hand , we improve the precision by using CCD technology .

根据N-t，φ-t，E-t，A（t）-t曲线，并结合读数显微镜实测观察，可较准确地判定开裂点。

Under the microscope the split open point can be judged accurately to the curves of N-t , - t , En-t , A ( t ) - t.

用读数显微镜测量浸泡后各时段印模材料的线性长度。结果：除硅橡胶外，藻酸盐及聚醚印模材料在使用IMPRESEPT消毒溶液浸泡前的体积与浸泡后各时段都有显著的统计学差异（P<0.05）。

Results There was no significant difference the linearity change of dimension of silastic impression materials when impressions were immersed in disinfectant ( IMPRESEPT )( P > 0.05 ) .

利用光学显微镜评价消融效果，读数显微镜测量消融凹陷深度。

The ablation effects were assessed by means of optical microscope , the ablation crater depths were measured with reading microscope .

改进读数显微镜提高测量透明物质折射率准确度基于声学显微镜技术的小尺寸材料弹性常数超声测量方法研究

IMPROVING READING-MICROSCOPE INCREASE THE PRECISION OF MEASURING REFRACTION OF TRANSPARENCY MATERIAL Investigation on Elastic Constants Measurement for Limited-Size Samples Using Acoustic Microscopy Technology

在总结前人测定度盘分划误差的基础上，我们提出了固定读数显微镜角距的一次测定方法。

On the basis of the summation of predecessors ' determination of the errors of the circle division , we propose a " one-shot determination method " for fixing the angular distance of the reading microscope .

用U型管测量，管外液面以有限代替无限，用读数显微镜代替高度尺，提高了测量精度，同时也标定了管外液面。

Using U type tube we measure liquid surface height outside tube It may use finite quantity instead of infinite one , use reading microscope instead of height ruler so that we may promote exact degree and may orientate liquid surface height outside tude .