etching
US /ˈɛtʃɪŋ/
・UK /ˈetʃɪŋ/
C1 高級
v.t.及物動詞蝕刻版畫 ； 銅版畫 ； 蝕刻術
影片字幕
史丹佛奈米製造實驗室：乾蝕刻介紹 (共 4 部，第 1 部) (Stanford Nanofabrication Facility: Dry Etching - Introduction (Part 1 of 4))
- In this series of four short presentations, I'm going to discuss the basics of dry or plasma etching and give some information to help you choose the right type of plasma etched tool and process for fabricating your nanostructures.
在本系列的四個簡短介紹中，我將討論幹法或等離子刻蝕的基礎知識，並提供一些資訊，幫助您選擇合適的等離子刻蝕工具和工藝來製造納米結構。
- In this series of four short presentations, I'm going to discuss the basics of dry or plasma etching and give some information to help you choose the right type of plasma etch tool and process for fabricating your nanostructures.
在本系列的四個簡短介紹中，我將討論幹法或等離子刻蝕的基礎知識，並提供一些資訊，幫助您選擇合適的等離子刻蝕工具和工藝來製造納米結構。
史丹佛奈米製程中心：乾蝕刻－乾蝕刻原理 (第四部分之三) (Stanford Nanofabrication Facility: Dry Etching - Dry Etching Mechanisms (Part 3 of 4))
- This is part three of a four-part lecture series on dry etching.
這是幹法蝕刻四部曲系列講座的第三部分。
- This is part three of a four-part lecture series on dry etching.
這是幹法蝕刻四部曲系列講座的第三部分。
史丹佛奈米製造設施：乾式蝕刻 - 選擇乾式蝕刻製程與設備 (第四部曲/共四部) (Stanford Nanofabrication Facility: Dry Etching - Choosing a Dry Etching Process & Tool (Part 4 of 4))
- Hi, I'm Jim McVitie, and this is part four of a four-part series of lectures on dry etching.
大家好，我是吉姆-麥克維蒂（Jim McVitie），這是幹法蝕刻四部曲系列講座的第四部分。
- In this lecture, I'm going to talk about choosing a dry etching process and tool.
在本講座中，我將講述如何選擇幹蝕刻工藝和工具。
Trion ICP / RIE 乾式蝕刻標準操作程序！ (Trion ICP / RIE Dry Etch - Standard Operating Procedures)
- Hi, my name is Carlos Ruiz from the INRF, and today we'll be talking about our Trion etching system.
大家好，我是來自 INRF 的卡洛斯-魯伊斯（Carlos Ruiz），今天我們要介紹的是我們的 Trion 蝕刻系統。
- Our Trion system is both an IRE and an ICP, and it provides fluorine-based etching gases.
我們的 Trion 系統既是 IRE 也是 ICP，可提供氟基蝕刻氣體。
臺積電亞利桑那新廠！蘋果終於要在美國生產先進晶片了！ (TSMC’s New Arizona Fab! Apple Will Finally Make Advanced Chips In The U.S.)
- The only machines in the world able to perform the extreme ultraviolet lithography necessary for etching minuscule designs on the most advanced chips.
這是世界上唯一能夠執行極紫外光刻的機器，這對於在最先進的晶片上蝕刻微小圖案是必要的。
- The fab is filled with billions of dollars of machinery operating at the very edge of what's scientifically possible, like these bus-sized EUV machines made by a single company, ASML, the only machines in the world able to perform the extreme ultraviolet lithography necessary for etching minuscule designs on the most advanced chips.
我們說的是規模龐大。
語言有多古老？SciShow 帶你搭乘時光機回到過去！ (How Old IS Language?)
- There are these geometric patterns at a site called Blombos Cave in South Africa, which are 75,000 years old. A similar decorative pattern is found over and over again at that site, suggesting that it meant something to the people etching it.
在南非一個名為布隆博斯洞穴的遺址中，就有這樣的幾何圖案，距今已有 7.5 萬年的歷史。在該遺址中，類似的裝飾圖案被反覆發現，這表明它對刻畫它的人來說意味著什麼。
- A similar decorative pattern is found over and over again at that site, suggesting that it meant something to the people etching it.
這是一種特殊的智慧。
尋找最極致的黑！ (The Hunt for the Blackest Black)
- In other words, carbon nanotube forests are a perfect combination of the carbon-based black pigments and the structure-based absorption properties that scientists could achieve through chemical etching.
換句話說，碳納米管林是碳基黑色顏料和基於結構的吸收特性的完美結合，科學家們可以通過化學蝕刻來實現這一點。
- In other words, carbon nanotube forests are a perfect combination of the carbon-based black pigments and the structure-based absorption properties that scientists could achieve through chemical etching.
在 Vantablack 出現之前，一些實驗室已經證明了近乎完美的吸收率--在可見光和近紅外波段的吸收率低於 0.1%。
酸液接觸到身體會怎麼樣？ (What Happens If Acid Touches Your Body? - Dear Blocko #20)
- Used in a variety of applications, from glass and metal etching to fluorescent light bulbs, hydrofluoric acid can pose a serious threat to you if you come in contact with it.
讓我們集中討論氫氟酸好了，因為它是說明什麼酸可以做什麼的一個很好的例子。
- Used in a variety of applications from glass and metal etching to fluorescent light bulbs, hydrofluoric acid can pose a serious threat to you if you come into contact with it.
氫氟酸的應用很廣泛，從玻璃和金屬蝕刻到熒光燈泡，如果你碰到氫氟酸，會對你構成嚴重的威脅。
AI晶片大戰恐讓全球經濟毀滅？Chris Miller 於 The Freethink 專訪揭密！ (How an AI chip war could destroy the global economy | Chris Miller for The Freethink Interview)
- Patterns are made by a photographic process and then micro-machined by chemical etching to produce nearly 1,700 transistors on each slice.
圖案是通過攝影工藝製作的，然後通過化學蝕刻法進行微加工，從而在每個切片上生產出近 1700 個半導體。
- Patterns are made by a photographic process and then micromachined by chemical etching to produce nearly 1,700 transistors on each slice.
但他們很早就意識到，你可以把政府希望用於引導航天器的芯片用於計算機或袖珍計算器等商業應用。