surface probe

Advances in the study of nanoscale surface structures by scanning probe microscopy

扫描探针显微学在材料表面纳米级结构研究中的新进展

Identification of Cooling Characteristics in the Surface of a Test Probe by Solving an Inverse Problem

淬火测试探头表面冷却特性的反问题辨识

Scanning probe microscopy ( SPM ) related surface science and nanotechnology.

与扫描探针有关的表面科学和纳米技术.

Objective To probe the cases of the surface decline in Murphy's dropper while transfusion.

目的探讨输液时茂菲氏滴管液面自行下降的原因.

On studies of atomization mechanism of elements on probe surface in the graphite furnace

元素在探针表面上的原子化机理研究

Identification of Cooling Characteristics on a Test Probe Surface by Inverse Heat Conduction Problem

利用IHCP对淬火测试探头表面冷却特性辨识的研究

By using this ratio, mean distance between probe and target surface was estimated.

根据这一比值可以实现探头与被测表面间距离的估计。

The surface cooling charecteristica of a test probe is obtained by solving an inverse conduction problem.

通过对淬火测试探头进行导热反问题辨识.

The reflectivity-temperature curve of the probe surface to 6328 A laser, and the temperature traverse curve of the staff installed perpendicularly on a high temperature wall-plate are given.

并且通过实验，给出了探头表面对6328A橙红激光的反射率随温度变化的曲线，以及高温壁板上垂直装置的杆件上的温度分布曲线。

Horizontal distance from the leading edge of probe head to flaw detection surface L.

从探头前沿到缺陷在探伤面L测量的水平距离.