light source
US /laɪt sɔrs/
・UK /lait sɔ:s/
B2 中高級
n.名詞光源
The sun is a natural light source.
影片字幕
ASML 新款 4 億美元高數值孔徑機臺如何讓晶片跑更快！ (How ASML Makes Chips Faster With Its New $400 Million High NA Machine)
- Inside, all the same processes still happen with the same EUV light source.
在內部，所有相同的過程仍然使用相同的 EUV 光源。
- Inside, all the same processes still happen with the same EUV light source, but there's one key difference.
HiNA 是高數值孔徑的縮寫，這意味著它的鏡頭開口更大，增加了反射鏡捕捉光線的角度。
絕妙靈感：掌握建築照明的藝術！ (Bright Ideas: Mastering Architectural Lighting)
- What you're looking for is a light source which is baffled, i.e. recessed into the product.
您需要的是一種有擋板的光源，即嵌入產品中的光源。
- What you're looking for is a light source which is baffled, i.e., recessed into the product.
白光，甚至暖白和冷白，都是非常非常寬泛的術語，不同的公司為每種光選擇不同的開爾文。
鏡頭光暈到底是什麼？！ (But What IS A Lens Flare?)
- The short explanation is that the ghostly eclipse images are "lens flares"—the thing that happens when you point a camera towards a particularly bright light source and you get a glow, or streaks, or disks, or...
簡而言之，日食鬼影就是鏡頭耀斑，當你把相機對準特別明亮的光源時，就會出現光暈、條紋、圓盤或......日食？
- The short explanation is that the ghostly eclipse images are lens flares, the thing that happens when you point a camera towards a particularly bright light source and you get a glow, or streaks, or disks, or… eclipses?
簡而言之，日食鬼影就是鏡頭耀斑，當你把相機對準特別明亮的光源時，就會出現光暈、條紋、圓盤或......日食？
繞射 | 夫朗和費與菲涅爾繞射 | 菲涅爾繞射 | 光的繞射 (Diffraction | Fresnel and Fraunhofer Diffraction | Fresnel Diffraction | Diffraction of light)
- In Fresnel diffraction, the light source and the screen are relatively close to the obstacle.
在菲涅爾衍射中，光源和螢幕相對靠近障礙物。
- In Fresnel diffraction, the light source and the screen are relatively close to the obstacle.
相反，當光源和螢幕與障礙物的距離較大時，就會發生弗勞恩霍夫衍射。
色溫的矛盾現象！ (The Color Temperature Paradox)
- It's just a quirk of history and physics that the color of lighting was first determined almost exclusively by the temperature of the light source.
或者，我們應該完全拋棄溫度，直接稱之為 "你的燈是什麼顏色的？
- It's just a quirk of history and physics that the color of lighting was first determined almost exclusively by the temperature of the light source.
燈光的顏色最初幾乎完全由光源的溫度決定，這只是歷史和物理學的一個怪圈。
2025年1月18日 (2025年1月18日)
- The luminous shading shown on the left bottom are the images of the white surface light source taken with the reference and the MPCR camera modules.
左下方顯示的發光陰影是用參照和 MPCR 相機模塊拍攝的白色表面光源影像。
- The luminous shading, uh, shown on the left bottom are the images of the white surface light source taken the, uh, with the reference and the MPCR camera modules.
下部影像由 CCD 捕捉，顯示了製作的 MPCR 結構的分色特性。
