介绍转镜扫描激光显示系统工作原理、主要器件和关键技术。
The operation principle of tilting mirror scan laser display system, the principal device and critical technology are introduced.
许多激光测量设备有显示最小和最大尺寸的设定；操作者必须只能沿着边缘点扫描。在测量对角线长度的时候这一点非常有用；
Many laser measuring devices have setting which shows minimum and maximum dimensions; the operator must merely scan the dot along an edge. This is helpful for taking diagonal measurements.
这些优点为激光扫描投影显示在一些特殊领域的扩展应用提供了可能。
This makes it possible that laser scanning projection display can expand its applications to some special field.
研究了激光扫描显示(LSD)对视觉感知的一些重要影响。
Some important effects of viewing a laser scanned display (LSD) on visual perception was investigated.
激光扫描共聚焦显微镜观察显示，单抗6A8识别的分化抗原见于3D5细胞浆和胞膜。
The examination upon a lazer scan confocal microscope revealed the expression of the differentiation antigen recognized by McAb 6A8 both on the membrane and in the cytoplasm of 3D5 cell.
从激光大屏幕显示中光学振镜扫描机理及工作特性曲线出发，探讨了获得更逼真、更清晰、更复杂图像的途径。
This paper had discussed the mechanism and the work curve character of optical vibrating mirror, and explored the way of developing the picture quality in large screen show by laser.
在受试者观看激光扫描显示或投影视频时，对其视觉调节进行了测量。
Participants accommodation was measured while they viewed an image on either a laser-scanned or video-projected display.
本发明公开了一种双色激光扫描式医用静脉显示装置。
The invention discloses a dichroic laser scanning type medical purpose vein display device.
扫描电镜显示，用半导体激光仪照射后，牙本质小管口被封闭。
It was testified by sem that the dentinal tubule was sealed by semiconductor laser irradiation.
结论应用共焦激光扫描检眼镜结合ICGA显示肿瘤内部微血管特征性改变较FFA更有优势。
Conclusion This study suggests confocal scanning laser ophthalmoscope combined with ICGA is superior to that combined with FFA in visibility of microvascularization of melanoma of choroid.
在激光扫描共焦显微三维成像、CT成像、MRI成像，以及在图象处理和识别中，三维物体的显示是必不可少的。
In laser scanning confocal microscopy imaging, ct imaging, MRI imaging, and in 3d image processing and recognition, visualization of 3d objects is essential.
实验结果表明：观看激光扫描显示器会对视觉调节反应和色觉产生影响。
The experimental results showed that viewing a laser-scanned display affect the accommodation response and color perception.
调节方差的最大差异出现在处于低速扫描的视频显示器和激光扫描显示器之间。
The biggest difference in accommodative variance was between a video display with slow-speed scanning and an equivalent laser-scanned display.
当用激光扫描显示器时，发现视觉调节量不断增加，但影响的强度由显示器扫描速度来界定。
Increased variability of the level of accommodation was found when using the laser-scanned display, but the magnitude of the effect was mediated by how fast elements of the display were moving.
基于人眼对系统扫描人眼分辨斑过程的平均效应，建立了激光扫描显示系统中散斑的形成理论。
The theory of speckle formation in laser scanning display system is established based on the averaging effect of eye response as laser beam scanning through an eye resolution spot.
基于人眼对系统扫描人眼分辨斑过程的平均效应，建立了激光扫描显示系统中散斑的形成理论。
The theory of speckle formation in laser scanning display system is established based on the averaging effect of eye response as laser beam scanning through an eye resolution spot.
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