显微镜载物台

显微镜载物台自动控制及自动聚焦系统设计

Design the Automatic Carrier and Autofocus System on Optic Microscope

如将显微镜载物台旋转，便能从纤维横断面中看到第三层胞壁。

A third layer transverse cellulose strands is indicated as the microscope stage is rotated .

现将显微镜载物台绕其自身的竖直轴？ψ0到45°位置。

The microscope stage is now rotated about its own vertical axis ?? into the 45 ° position .

所有的连接管保持柔性，保证在偏光下使用时，显微镜载物台仍然可以旋转。

All tubes also remain perfectly flexible so that in polarized light applications the microscope table can still be rotated .

切片晾干，放置在LCM（LeicaLMD6000）系统的显微镜的载物台上。

When the slide dried , place it in the LCM ( LEICA LMD6000 ) microscope system loading platform .

论文采用Delphi6.0开发工具，设计了一包含RS232串行通信、图像实时显示、图像捕获、自动聚焦、位置重现等多项功能的显微镜自动载物台测控软件。

The microscope control software was developed using Delphi 6.0 . It can actualize multiple functions such as RS232 serial communication , image real-time display , image acquisition , autofocus and position recurrence .

自动生物显微镜移动载物台的仿真设计

The Simulation Design of the Objective Table of the Automatic Biological Microscope

显微镜自动载物台及图像采集自动化研究

Design of the Automatic Optic Microscope and Image Acquisition System

该显微镜包括物镜和载物台组成的显微镜光学系统。

The microscope comprises a microscope optical system which consists of an objective lens and an object stage .