色婷婷综合成人av_99久久精品国产毛片_成人一区二区在线_国产91丝袜在线播放_久久人人爽人人爽人人片av免费_欧美伊人

德國AIXUV GmbH
AIXUV 有限公司是一家Extreme Ultraviolet radiation-XUV（極紫外線輻射）系統光源和部件的供應商。該公司的核心產品是基于壓縮氣體發光的EUV（極紫外線）燈，這種燈主要用于EUV 平板印刷元件的開發，或作為一種新的分析手段。
XUV（極紫外線輻射）的光譜范圍介于X- 光和真空紫外線之間。在此范圍內，內核電子的光電效應占主導地位。XUV 光譜范圍包括X 軟光（用來檢測活細胞）和EUV（可能應用于將來的芯片平版印刷）。EUV 同時支持10 納米級的橫向解析度和最高的交叉截面，這使得XUV 特
別適合應用于未來的芯片生產和納米技術。
我們的EUV 燈附加了環形光束，可用于單獨的實驗室。我們為客戶開發部件，甚至整個全自動系統解決方案。與客戶一邊溝通一邊進行開發是最有效最成功的方法。AIXUV 有限公司的EUV 燈電極壽命超過1000 小時并且適用于多種用途。我們的客戶用EUV 燈開發出了用來檢測EUV 光源特性的量具，并將EUV 燈應用于EUV 顯微鏡。此外，我們根據客戶的需要開發了以EUV 燈為基礎的工具，用于檢測EUV 的曝光性和EUV 反射計的特性。
AIXUV GmbH (pronounced: aex-u-v) is a supplier of sources, components and systems using
Extreme Ultraviolet radiation. AIXUV?s core product is the compact gas discharge based
EUV-lamp which is used for the development of components for EUV lithography and for
new analytical approaches.
Extreme Ultraviolet radiation (XUV) is the spectral range between X-rays and vacuum
ultraviolet. The spectral range is defined by the fact that the photoeffect of inner-shell
electrons is the dominating interaction process with matter. XUV includes spectral ranges
known as soft X-rays (used for investigations of living cells) and EUV (of interest for future
chip lithography). Extreme Ultraviolet radiation offers simultaneously the potential of
lateral resolution down to 10 nanometers and the highest cross sections for the interaction of
radiation with matter. This makes XUV of special interest for future chip production and for
nanotechnology.
Our EUV-lamps are designed to supplement storage ring beamlines for enabling applications
in the individual R&D lab. Our team is developing customer specific solutions for components
up to fully automatic complex system solutions. Step-by-step communicated development with
our customers has proofed to be the most efficient and sucessful approach. AIXUV?s EUVlamps
reach electrode lifetimes beyond 1000 hours and are routinely tailored for a variety of
applications. EUV-lamps are used by our customers for the development of metrological tools
for characterizing EUV-sources and in EUV-microscopes. Tools based on our EUV-lamps
have been developed customer specific and are used for investigations of EUV-resist and
characterizing EUV-maskblanks.