refraction
US /rɪˈfrækʃən/
・UK /rɪ'frækʃn/
C2 高級
n. (u.)不可數名詞折光 ； 折射
Isaac Newton used pieces of glass and bottles of water to study the refraction of light
影片字幕
戰地風雲Top 10大揭密！ (Top 10 Facts - Battlefield)
- In 1999, the Swedish game development company Refraction Games released Codename Eagle.
LEMMiNO
- In 1999, the Swedish game development company Refraction Games released Codename Eagle, a war-based first-person shooter set in an alternate history timeline featuring expansive outdoor environments and a multitude of usable vehicles.
LEMMiNO
彩虹是什麼？🌧️🌈 | 兒童科普彩虹！| 學習彩虹是如何以及為何形成的！ (What Is a Rainbow? | Rainbows for Kids | Learn how and why rainbows form)
- This is called refraction.
這就是折射。
- This is called refraction.
當陽光穿過天空中的水滴時，就會形成彩虹。
如何製作隱形物品 ｜ 家庭實測 ｜ 布里斯托科學中心 (How to make something invisible | Do Try This At Home | At-Bristol Science Centre)
- This is known as refraction.
來看看我們把水加進玻璃杯時，玻璃另一側的圖片會怎樣
- This is known as refraction.
這個現象稱為「折射」
用清水測試光線折射！| Play School：科學時間 (Testing Light Refraction With Water! | Play School: Science Time)
- This bending is called light refraction.
這種彎曲就叫做光的折射。
- And because of refraction, the drawings seem to change shape or direction like the squiggly fish did.
因為折射，圖案看起來會改變形狀或方向，就像那些彎彎的魚一樣。
眼科醫師破解13個更多視力迷思 | 破解 | Science Insider (Eye Doctors Debunk 13 More Vision Myths | Debunked | Science Insider)
- but it won't actually change the power or the refraction of the eye.
所以有一種運動叫做「鉛筆推舉」，可以幫助人們鍛鍊這些肌肉，讓她們能更專注更久，也不會感到疲勞。
- it won't actually change the power or the refraction of the eye.
這實際上並不會改變眼睛的度數或屈光。
改變世界的驚人形狀！ (The shape that changed our world forever)
- The problem here is that the water actually changes the refraction of light.
遠處的標誌非常亮，而近處的東西卻完全看不見。
- The problem here is that the water actually changes the refraction of light.
這裡的問題是，水其實改變了光的折射。
【冰雕】10段階の技術を実演！ | Levels | WIRED Japan (「氷彫刻」の技術を10のレベルで実演 | Levels | WIRED Japan)
- So the V-chisels, it eats onto the surface of the ice and you can really scribe onto the surface and give a deep line onto the surface that can really add refraction when looked at and last longer onto the surface of the ice.
V 型鑿會切入冰的表面，你可以在表面上真正地劃出線條，給予表面一條深刻的線條，這能真正增加光線折射，並在冰的表面上持續更久。
- It gives a a deep line onto the surface that can really add refraction when looked at and last longer onto the surface of the ice.
所以對於僅使用手工具的方法，設計必須風格化，然後簡化，以充分利用我們擁有的。
