什么是深度扫描？
查找并修复注册表错误的其他小姐“深度扫描”技术。
Finds and fixes the registry errors others miss with "Deep Scan" technology.
快速扫描，深度扫描和部分扫描功能为您提供完全恢复。
Quick scan, deep scan and partial scan feature gives you full recovery.
不过，要记住，这个工具是不是很厉害，因为它未能恢复我们删除的图片，甚至与深度扫描是很重要的。
Nevertheless, it is important to keep in mind that this tool is not very powerful, as it failed to recover our deleted pictures even with the deep scan.
用户对扫描深度，最大文件大小完全控制，扫描超时。
Users have full control of scanning depth, maximum file size, and scan timeout.
试验表明：通过调节激光器的输出功率、光斑直径和扫描速度可以方便地控制熔化层深度和表面平整度。
The experimental result shows that the depth of hardened zone and smoothness of surface can be controlled conveniently by varying the power output beam diameter and scanning rate of laser light.
试验证实，脉冲涡流只需一次扫描就可对被测试件上不同深度的裂纹实现定量检测，因此具有广阔的应用前景。
Experiments proved that the quantification of different depth flaws could be realized just only by scanning with pulsed eddy current testing once, so it has good prospect in use.
叶片的光声光谱扫描显示了深度分析的精确性。
The depth analysis was shown by a sample of PA scan light absorption spectra.
激光功率的增大、扫描速度的减少都会使硬化层深度和硬化层宽度得到增加。
The depths and widths of the hardened band rises with increase in laser power or decrease in laser scanning velocity.
利用原子力显微镜和扫描电镜观察了材料的烧蚀形貌，测量了破坏阈值与脉冲宽度、烧蚀深度与脉冲能量的依赖关系。
The damage morphology, and threshold fluence as a function of pulse duration and the dependence of ablation depths on the pulse fluences are measured.
测井放磁图在扫描输入时产生的倾斜会对CCL曲线接箍主峰深度提取产生很大的影响。
The incline of magnetic release map in well logging from scanning input will have a large impact on depth extraction of CCL curve coupling main peak.
从激光共焦扫描显微镜的基本原理出发，深入讨论激光共焦扫描显微镜的深度分辨率和横向分辨率，同时研究三维成像的像差补偿问题。
The depth discrimination and transverse resolution of a laser confocal scanning microscope are discussed from the imaging principle of laser confocal scanning microscope.
通过基于图像的分析或者激光扫描技术来获取场景的深度图，其代价高昂且十分耗时。
The acquisition of a range map by image- based analysis or laser scan techniques is still time-consuming and expensive.
对不同的扫描速率和扫描电流得到了不同的畴反转宽度和深度。
With different scanrates and beam currents, we get different domain widths and depths.
在点状激光三维扫描技术中，用线阵CCD采集深度坐标，用前馈型人工神经网络对深度坐标进行非线性修正。
In 3d scanning system based on dot laser, artificial neural networks are used for calibrating the distortion of CCD range sensor.
针对三维曝光图形的结构特点，结合重复增量扫描方式，分别从水平和深度两个方向进行邻近效应校正。
The internal proximity effect correction in the electron beam lithography based on the variation of the pattern shape was studied.
针对三维曝光图形的结构特点，结合重复增量扫描方式，分别从水平和深度两个方向进行邻近效应校正。
The internal proximity effect correction in the electron beam lithography based on the variation of the pattern shape was studied.
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