首页> 外国专利> RAPID MEASUREMENT METHOD OF NANO-SCALE THICKNESS OF THIN FILM USING WHITE X-RAY REFLECTIVITY AND SYSTEM THEREOF

RAPID MEASUREMENT METHOD OF NANO-SCALE THICKNESS OF THIN FILM USING WHITE X-RAY REFLECTIVITY AND SYSTEM THEREOF

机译:白光X射线反射率快速测量薄膜纳米尺度厚度的方法及其系统

摘要

The invention nanoscale using white X-ray reflectance method using a detector with a white X-ray energy resolution the measurement of the film thickness at a high speed. More specifically, the method which can be irradiated on a thin film of a white X-ray, which includes a continuous wave with a certain angle and determine the thickness of the thin film in a short period of time by monitoring the wavelength at the same time by using the X-ray detector having an energy resolution which is reflected from a thin film a. The present invention can be by using the existing monochrome X-ray detectors and general sikimyeo change the irradiation angle of X-ray films for the X-ray reflectance measurement to be the biggest disadvantage of the method of obtaining the measured time shorter than ten times the thickness of the thin film. The method for the thickness of the thin film of different situations and changes in the thickness of the thin film was rapidly by using accurately measuring in real time the resolution of the nanoscale.
机译:本发明使用白色X射线反射法的纳米级方法,该方法使用具有白色X射线能量分辨率的检测器来高速测量膜厚。更具体地,可以在白色X射线的薄膜上照射该方法,该方法包括以一定角度连续的波,并通过在同一时间监视波长来在短时间内确定薄膜的厚度。通过使用具有从薄膜a反射的能量分辨率的X射线检测器检测时间。本发明可以通过使用现有的单色X射线检测器和一般的sikimyeo改变用于X射线反射率测量的X射线膜的照射角度是获得小于十倍的测量时间的方法的最大缺点。薄膜的厚度。通过实时准确地测量纳米级的分辨率,可以迅速地解决不同情况下的薄膜厚度和薄膜厚度变化的方法。

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