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Determination of acceleration of different dynamic microobjects by the television scanning optical microscope

机译:用电视扫描光学显微镜测定不同动态微物体的加速度

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The acceleration of the dynamic microobjects (MO) movement, the motion of which is accelerated uniformly or non-uniformly is an important task for television measuring systems. Most existing measuring systems usually have a small range of acceleration with a short period of growth. Such period of growth of the acceleration is characteristic for many dynamic MO. Better instruments to determine the non-uniform velocity of the various objects are based on various laser devices. These instruments are contactless and high-speed enough. In the paper the basics of the television scanning optical microscope (TSOM) are presented. In the Chapter 2 the schematic diagram of the TSOM and its main functionalities are pointed out. In the Chapter 3 an adaptation of the TSOM for movement acceleration of microobjects is discussed. Modified structural and functional diagram of the instrument is presented.
机译:动态微物体(MO)运动的加速度,其运动被均匀或非均匀地加速,是电视测量系统的一项重要任务。大多数现有的测量系统通常具有很小的加速度范围,并且具有短时间的增长。这种加速度的增长时期是许多动态MO的特征。用于确定各种物体的不均匀速度的更好的仪器是基于各种激光设备的。这些仪器是非接触式的,并且速度足够快。本文介绍了电视扫描光学显微镜(TSOM)的基本原理。在第二章中,指出了TSOM的示意图及其主要功能。在第3章中,讨论了TSOM对微对象运动加速的适应。给出了仪器的修改后的结构和功能图。

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