electron
US /ɪˈlektrɑ:n/
・UK /ɪˈlektrɒn/
B2 中高級英檢高級
n. (c.)可數名詞電子 ； 琥珀金
The electron is a mysterious part of physics
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如何製作MUONS (How To Make MUONS)
02:43
- like muonic hydrogen (with a proton and a muon, instead of a proton and electron).
像muonic氫（質子和一個 μ子，而不是質子和電子）。
- But muons decay into an electron and some neutrinos after just a few microseconds on
但μ子衰變成電子和一些 中微子平均在幾微秒之後
斯坦福納米加工設備：幹蝕刻 - 等離子體基礎知識和工具類型（第 2 部分，共 4 部分） (Stanford Nanofabrication Facility: Dry Etching - Basics of Plasmas & Types of Tools (Part 2 of 4))
23:18
- So it means when we have the glow region, the first thing that's going to happen is the electron is going to start streaming out of this region, and they're going to charge up all the surfaces.
是以，當我們產生輝光區域時，首先會發生的事情就是電子開始從這個區域流出，並對所有表面充電。
- So at the surface, the electron current and ion current will be equal.
是以，在表面，電子電流和離子電流將相等。
過氧物酶體的結構與功能 (Peroxisomes Structure & Function)
16:24
- And then what happens with the acetyl-CoA is generally in the mitochondria, it'll go through the electron, it'll actually go through the Krebs cycle, generate NADHs, FADH2s, and then from there, you can make something like energy, well, particularly FADH2s, NADHs, they can utilize in the electron transport chain to make ATP.
然後，乙酰-CoA 一般會在線粒體中通過電子，實際上是通過克雷布斯循環，產生 NADHs 和 FADH2s，然後從那裡，你可以製造出類似能量的東西，特別是 FADH2s 和 NADHs，它們可以在電子傳遞鏈中利用來製造 ATP。
- You can actually take from, you know what's called your electron transport chain?
你知道什麼叫電子傳輸鏈嗎？
新型コロナウイルスについて「最も検索された50の疑問」は？ 醫師が解説｜WIRED.jp (新型コロナウイルスについて「最も検索された50の疑問」は？ 医師が解説 | WIRED.jp)
10:04
- When you look at it under an electron microscope, you see this.
當你在電子顯微鏡下觀察它時，你會看到這個。
這種難以捉摸的粒子能否重塑標準模型？ (Could This Elusive Particle Reshape the Standard Model?)
05:45
- the antiparticle of a negatively charged electron has a positive charge and is known as a positron.
帶負電的電子的反粒子帶正電，被稱為正電子。
- into a proton and emits an electron and antineutrino. An extremely rare event
變成一個質子，併發射出一個電子和反中微子。一個極其罕見的事件
黑洞、中子星和白矮星（與MinuteEarth合作）。 (Black Holes, Neutron Stars, and White Dwarfs (Collab. w/ MinuteEarth))
02:43
- If the star is bigger , its core will be too heavy for this kind of electron repulsion
如果恆星比較大，它的核心就太重了，不可能有這樣的電子斥力。
摧毀黑洞會怎樣？ (What Happens If You Destroy A Black Hole?)
10:53
- An elementary particle, like an electron, is an extremely simple object, fully specified by just three numbers, its mass, spin, and charge.
基本粒子，如電子，是一個極其簡單的物體，只需三個數字，即品質、自旋和電荷，就能完全確定。