联合测试、打样与改进从模拟到试生产

What is extremely thin, almost invisible and transforms a piece of glass into a touch screen surface that is easy to clean? Or into a windshield that…

In an earlier article, you have learned how the sputtering technology began. After this technology had been physically and technically implemented by…

This video provides some insights into the AVS68 International Symposium and Exhibition in Pittsburgh hosted by the American Vacuum Society. Brian…

Refractory and reactive metals have extraordinary properties such as resistance to heat, corrosion, and wear. These are extremely interesting…

A Chinese proverb says "一根筷子容易折, 一把筷子难折断’", meaning ‘one chopstick can be easily broken while a bundle of chopsticks cannot’. If you apply this…

溅射工艺的工艺控制有着很长的发展历程，在此期间人们研究并采用了许多传感器和各种方法。但它是如何发展起来的，为什么它如此重要？

在我们的生活中，将特定材料镀于各类表面的工艺对许多技术和产品至关重要。本文将探讨电子束辅助物理气相沉积法及其独特之处。

本文介绍了电子束技术从19世纪初期的发展历程，直到现代高功率电子束系统。