首页> 外国专利> SIMULATION DEVICE AND METHOD FOR MAGNETRON SPUTTERING AS WELL AS METHOD FOR DESIGNING MAGNETIC SPUTTERING DEVICE USING THE METHOD

SIMULATION DEVICE AND METHOD FOR MAGNETRON SPUTTERING AS WELL AS METHOD FOR DESIGNING MAGNETIC SPUTTERING DEVICE USING THE METHOD

机译:磁控溅射的模拟装置和方法以及使用该方法设计磁控溅射装置的方法

摘要

PURPOSE: To shorten the time for analyzing target erosion and to analyze the distribution of the film thickness of resulted thin films by providing the magnetron sputtering device with a simulation device consisting of a specific mechanism. ;CONSTITUTION: One or more kinds of data including data on distributions of magnetic field and electric field, sputtering rate of the target, coefft. of secondary electron release, properties of inert gases, such as Ar, conditions for discharge by sputtering, etc., are inputted to the simulation device and the loci of the plural electrons are calculated in accordance with the data mentioned above in the magnetron sputtering device. Further, the release position and speed of sputtered particles are calculated in accordance with the erosion shape of the calculated target to calculate the thin film on the substrate. The results of the calculation of the erosion shapes and thin film are recorded, at need. The calculation is speeded up by calculating the plural electron loot by a vector treatment. The time for analyzing the simulation of the target erosion distribution of the sputtering device having the three-dimensional rectangular shapes of intricate shapes is shortened.;COPYRIGHT: (C)1994,JPO
机译:目的:通过向磁控溅射装置提供由特定机制组成的模拟装置,可以缩短分析靶材侵蚀的时间并分析所得薄膜的膜厚分布。 ;组成:一种或多种数据,包括磁场和电场的分布,靶材的溅射速率,系数。从二次电子释放的角度出发,将诸如Ar的惰性气体的特性,通过溅射的放电条件等输入到模拟装置中,并根据上述磁控溅射装置中的数据来计算多个电子的轨迹。 。另外,根据算出的靶的腐蚀形状,算出溅射粒子的释放位置和速度,算出基板上的薄膜。根据需要记录腐蚀形状和薄膜的计算结果。通过矢量处理计算多个电子战利品,可以加快计算速度。缩短了具有复杂形状的三维矩形形状的溅射装置的目标腐蚀分布模拟的分析时间。;版权:(C)1994,JPO

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