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- Some key technologies on soft X-ray and Extreme Ultraviolet(EUV) optics developed at CIOMP are reviewed in this paper. 綜述了我所軟X射線(xiàn)-極紫外波段關(guān)鍵技術(shù)的研究進(jìn)展。
- An imaging system based on MCP (MicroChannel plate) detector is designed to image the extreme ultraviolet (EUV) light at 30.4 nm. 本文基于微通道板MCP(Microchannel Plate)探測器件設計一套成像系統;用于對波長(cháng)為30.;4 nm的極紫外EUV(Extreme Ultraviolet)光進(jìn)行成像
- Broadband Mo/Si multilayer polarization optical elements were developed for the extreme ultraviolet(EUV) region,including a reflective analyzer and a transmission phase retarder. 研究了極紫外寬帶多層膜偏振光學(xué)元件,包括反射式檢偏器與透射式相移片。
- extreme ultraviolet laser 極紫外激光器,極遠紫外激光器
- The escalating cost of these tools for conventional optical and extreme ultraviolet (EUV) lithography is driven in part by the need for complex optical sources and optics. 壓印系統之對位重點(diǎn)有二：其一為晶圓面與母模之平行度，其中將采用氣壓方式使之自動(dòng)平行校準；
- Extreme ultraviolet lithography (EUV), as it is known, trains 13-nanometer radiation onto a series of multilayer mirrors that reduce the size of the image projected onto the wafer. 眾所周知，極紫外光微影技術(shù)（EUV）可把13奈米波長(cháng)的光波投射到一連串的多層膜面鏡上，以縮小晶圓上的成像。
- Extracavity femtosecond laser pulse compression is an indispensable method to obtain the driver for attosecond extreme ultraviolet (XUV) pulse by high harmonic generation. 高強度飛秒激光脈沖的腔外壓縮是獲得高次諧波阿秒脈沖驅動(dòng)源的必要手段。
- Extreme Ultraviolet (EUV) detector 極紫外探測器
- Extreme Ultraviolet (EUV) monochromator EUV單色儀
- The structure design of hollow waveguides for ultraviolet laser is studied. 摘要對傳輸紫外激光用空芯光纖結構進(jìn)行了研究。
- Extreme Ultraviolet(EUV) telescope 極紫外太陽(yáng)望遠鏡
- extreme ultraviolet (EUV) lithography 極端遠紫外光刻（EUVL）
- Pettit, G. H., and Sauerbrey, R., 1993, “Pulsed Ultraviolet Laser Ablation,” Appl. Phys. A, 56, pp. 51-63. 劉宏德;2000;"準分子雷射與高分子交互作用時(shí)的熱傳與材料割除;"國立成功大學(xué)機械工程學(xué)系碩士論文;臺南;臺灣.
- First, a hinged cornea flap is created and flipped aside. Then, an ultraviolet laser called an Excimer laser, is applied onto the underlying cornea. 首先,進(jìn)行手術(shù)時(shí),需在角膜表面切開(kāi)一塊很薄的瓣,并將其翻至另一邊。
- The image was recorded in extreme ultraviolet light emitted by ionized Helium, an element originally identified in the solar spectrum. 圖像由電離氦噴發(fā)產(chǎn)生的超長(cháng)紫外線(xiàn)光波記錄得到，氦元素最初也是由太陽(yáng)光譜而確認。
- An animation of the sun, seen by NASA's Extreme ultraviolet Imaging Telescope (EIT) over the course of 6 days, starting June 27, 2005. 一個(gè)太陽(yáng)動(dòng)畫(huà)，由美國宇航局的遠紫外成像望遠鏡（EIT）的出現以上的6天中，從2005年6月27日。
- Also this paper inspires an interest for deeper and more complete exploration of ultraviolet laser generation from the multiplet 2P3/2 serving as a laser level in Er3+:YAlO3. 本論文的研究結果也充分顯示了2P3/2能級的亞穩態(tài)特征，從而為進(jìn)一步研究以該能級為激光工作能級的Er3+:YAlO3晶體的紫外激光行為起到引導作用。
- To investigate the cosmic space,specially,the temperature structers of hot solor,we need X ray and extreme ultraviolet wavelength telescope for observing. 對于宇宙的探討，特別是對太陽(yáng)大氣層的研究，需要用X射線(xiàn)、極紫外及遠紫外波段望遠鏡來(lái)觀(guān)測。
- S. and Europe are collaboratively seeking solutions to this and other technical hurdles that must be overcome before extreme ultraviolet lithography becomes practical. 歐洲及美國產(chǎn)官學(xué)界實(shí)驗室的科學(xué)家及工程師，目前正攜手合作尋找解決之道。
- In 1978, John H. Clark at Los Alamos Scientific Laboratories for the first time removed the common impurities of silane, such as phosphine (PH3) and arsine (AsH3), by irradiating the silane gas with a pulsed ultraviolet laser. 1978年，洛斯阿拉莫斯科學(xué)實(shí)驗室的克拉克(John h.;Clark)第一次通過(guò)用脈沖紫外激光照射硅烷氣體的辦法，除去硅烷中象磷化氫(Ph3)和砷化三氫(Ash3)這類(lèi)普通雜質(zhì)。
