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    影片分級

    • A1 初級
    • A2 初級
    • B1 中級
    • B2 中高級
    • C1 高級
    • C2 高級

    隱私權˙條款˙
    ©2026 VoiceTube Corporation. All rights reserved

    etch

    US /ɛtʃ/

    ・

    UK /etʃ/

    C1 高級
    v.t.及物動詞蝕刻;蝕鏤
    I didn’t know it was difficult to etc.h a word on that surface

    影片字幕

    臺灣的半導體產業是如何取勝的? (How Taiwan's Semiconductor Industry Won)

    15:07臺灣的半導體產業是如何取勝的? (How Taiwan's Semiconductor Industry Won)
    • TSMC has continuously been at the forefront of process technology innovation. They went on to pioneer the mass production of 7nm and 5nm chips, used in cutting-edge devices such as Apple's iPhones, NVIDIA's GPUs, and AMD's processors. One of the most complex processes in semiconductor manufacturing is the use of extreme ultraviolet, EUV, lithography to produce chips at 5nm and below. EUV lithography is a technology that allows manufacturers to etch incredibly small circuits onto silicon wafers, enabling the creation of the world's most advanced semiconductors.

      臺積電一直走在製程技術創新的前沿。他們開創了 7 納米和 5 納米芯片的大規模生產,這些芯片被廣泛應用於蘋果公司的 iPhone、英偉達™(NVIDIA®)公司的 GPU 和 AMD 公司的處理器等尖端設備中。半導體制造中最複雜的工藝之一是使用極紫外線(EUV)光刻技術生產 5 納米及以下的芯片。EUV 光刻技術使製造商能夠在硅晶片上蝕刻出難以置信的微小電路,從而製造出世界上最先進的半導體。

    • EUV lithography is a technology that allows manufacturers to etch incredibly small circuits onto silicon wafers, enabling the creation of the world's most advanced semiconductors.
    B1 中級

    華為智慧手機震驚美國,為什麼? (This Is How Huawei Shocked America With a Smartphone)

    07:57華為智慧手機震驚美國,為什麼? (This Is How Huawei Shocked America With a Smartphone)
    • They're able to etch patterns into chips as small as 3 nanometers.

      手機內部的技術部件。

    • They're able to etch patterns into chips as small as three nanometers.

      它們能夠在小至三納米的芯片上蝕刻圖案。

    B1 中級

    Bloodborne 故事大解密! (Bloodborne's Story -Explained!)

    31:17Bloodborne 故事大解密! (Bloodborne's Story -Explained!)
    • The hunter who receives this workshop tool can etch Carol Runes into their mind to attain their wondrous strength.

      但他們很難否認他們在拜爾金沃斯時

    B1 中級

    為什麼你應該把目標藏起來?|College Info Geek (Why You Shouldn't Tell People About Your Goals - College Info Geek)

    04:32為什麼你應該把目標藏起來?|College Info Geek (Why You Shouldn't Tell People About Your Goals - College Info Geek)
    • They publicly stated them and had someone etch them onto a monument for all to see.

      但,就只在幾年後,這個電視網刪掉此節目

    • and had someone etch them onto a monument for all to see.

      而且還讓人刻印在紀念碑上,讓每個人都能看到

    A2 初級

    【超強發音課】每天練習!開頭的 /ɛ/ 短母音,美式發音大師班! (Short e /ɛ/ BEGINNING of Words Daily Pronunciation Practice - American English Vowel Master Class)

    01:45【超強發音課】每天練習!開頭的 /ɛ/ 短母音,美式發音大師班! (Short e /ɛ/ BEGINNING of Words Daily Pronunciation Practice - American English Vowel Master Class)
    • Etch, etch.
    B1 中級

    iPhone 徹底改變了 RF 濾波器! (The iPhone Forever Changed the RF Filter)

    22:22iPhone 徹底改變了 RF 濾波器! (The iPhone Forever Changed the RF Filter)
    • Then we etch it.

      MEMS 是微機電裝置的縮寫,它們的設計包含微小的機電裝置,其生產需要半導體技術。

    • With early SAW filters, you only needed to deposit, pattern, and etch one layer.

      在 1980 年代,那個間隙小到只有 300 奈米。

    B1 中級

    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))

    13:11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 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。

    • In the presentation, I'm going to cover first, what is dry etching, second, where dry etching is used in fabrication, third, etch profile control and selectivity definitions, and finally, why use plasma for etching.

      在演講中,我將首先介紹什麼是幹蝕刻,其次介紹幹蝕刻在製造中的應用,第三介紹蝕刻曲線控制和選擇性定義,最後介紹為什麼要使用等離子體進行蝕刻。

    B2 中高級

    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))

    18:38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))
    • The second was on the basics of plasmids and the types of dry etch tools.

      第二個主題是質粒的基礎知識和幹蝕刻工具的類型。

    • The second was on the basics of plasmas and the types of dry etch tools.

      第二個主題是質粒的基礎知識和幹蝕刻工具的類型。

    B2 中高級

    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))

    18:58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))
    • In this lecture, I'm going to cover what are the issues that control etch process choice, etch chemistry choices, and I'll talk about the role of the use of boiling points to help determine useful etch products, and polymer crayoffs in oxide etching.

      在本講座中,我將介紹控制蝕刻工藝選擇、蝕刻化學選擇的問題,並將討論使用沸點幫助確定有用蝕刻產品的作用,以及氧化物蝕刻中的聚合物裂解。

    • I'll then cover etch crayons in different materials, and end with a comparison between different etch configurations.

      然後,我將介紹不同材料的蝕刻蠟筆,最後比較不同的蝕刻結構。

    B2 中高級

    什麼是加密貨?用香蕉解釋給你聽! (Crypto Explained with Bananas)

    06:28什麼是加密貨?用香蕉解釋給你聽! (Crypto Explained with Bananas)
    • These are the monkeys that etch each banana transaction into the block.

      每隻猴子甚至都能得到一份區塊副本,而不是全部由單一一個猴子銀行所控制。

    • These are the monkeys that etch each banana transaction into the block.

      這些猴子將每一筆香蕉交易都刻在區塊當中。

    B1 中級