实验结果表明，CZT探测器具有良好的工作性能，系统测量具有快速，高精度，高空间分辨率等特点。
Results show that the CZT detector works well; and the system measurement is characterized by fast speed, high-precision, and high spatial resolution etc.
提出了一种具有高的时间和空间分辨率以及长的测量持续时间的动态波前相位测量方法。
A dynamic wavefront phase measurement with the features of high temporal and spatial resolution, and long measuring lasting time was proposed.
新的更为复杂的放射治疗技术要求辐射剂量计能够准确的测量三维剂量分布，提供高的空间分辨率。
New, complex radiotherapy delivery system techniques require dosimeters that are able to measure three-dimensional dose distributions accurately and with good spatial resolution.
这一工作表明，用测量局域功函数的方法容易区分表面上不同的元素，并具有纳米尺度的空间分辨率。
It is demonstrated that the local work function measurement by STM is a powerful way to identify different elements with nanometer resolution.
系统的空间分辨率既可以直接测量，也可以通过测量光纤末端菲涅尔反射的半宽度来间接测量。
The spatial resolution of system can be measured directly or evaluated indirectly by the half width of the Fresnel reflection at the end of the fiber.
本实用新型可以实现高空间分辨率、低测量力，适合各种材料，并且可以在空气环境中进行测量。
The utility model can realize high space spatial resolution and low measuring force, is suitable for various materials and can measure in an air environment.
用长光栅测弧长来实现角度测量的高分辨率要求，实现空间上的高精度定位。
And line grating is used to measure arc length in order to increase Angle measuring precision, thus high differentiate locating in space can be realized.
测量电信号的检测技术应该同时具有好的时间分辨率、空间分辨率和电压灵敏度。
An excellent measuring technique for electric signals should have excellent temporal resolution, spatial resolution and voltage sensitivity.
给出了光热辐射测量(PTR)系统空间分辨率的定义。
The definition of spatial resolution in the PTR (photothermal radiometry) system is given.
为了在不增加测量点数的情况下提高近场声全息图像的空间分辨率，提出一种基于正交球面波插值的近场声全息图像分辨率增强方法。
A new method based on interpolation using orthogonal spherical wave source was proposed to enhance the resolution of the nearfield acoustic holography image without adding measurement points.
将被测物空间划分为1024条带状区域，达到了横向分辨率为1300的摄像机的极限，为充分利用硬件资源、提高测量精度打下了良好的基础。
This is the limit for the camera whose horizontal resolution is 1300. This method provides a solid base to benefiting maximum from hardware to improve performance of measurement.
将被测物空间划分为1024条带状区域，达到了横向分辨率为1300的摄像机的极限，为充分利用硬件资源、提高测量精度打下了良好的基础。
This is the limit for the camera whose horizontal resolution is 1300. This method provides a solid base to benefiting maximum from hardware to improve performance of measurement.
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