1) raster data display instrument
光栅数显表
1.
The subdivision and identifying direction problem of raster data display instrument is proposed by studying the principle of raster measuring.
通过研究光栅检测的工作原理,提出了光栅数显表的细分和辨向问题。
2) numerical coordinate device
光栅数显
1.
A new numerical coordinate device with grating rule is developed.
通过对装有光栅数显装置的机床及测量设备工作台定位误差的检测分析,提出了一种非线性定位误差在线补偿方法,并设计研制了一套具有非线性误差在线补偿的光栅数显系统。
3) grating digital display
光栅数字显示器
4) raster display
光栅显示
1.
By introducing a new concept──direction subinterval, a midpoint algorithm is successfully uSed to realize the raster display of a cubic spline curve.
将中点算法运用于三次样条曲线的光栅显示,实现了误差最小及迭代增量计算的要求。
2.
The principle and current development of conventional raster display systems are introduced,and the implementation for a new radar raster-scan display system based on the DVI technology is put forward.
介绍了传统光栅显示系统的原理和发展现状,并提出了基于DVI显示技术的新型光栅扫描雷达显示系统实现方案。
5) raster display
光栅显象
6) Surface grating
表面光栅
1.
Optically induced anisotropy gratings and surface gratings on azobenzene polymer films are studied.
研究了偶氮苯聚合物的光致各向异性光栅与表面光栅。
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