低溫物理學的意思、翻譯和例句

是什麼意思

「低溫物理學」是研究低溫下物質的性質和行為的物理學分支。這個領域的研究對於理解超導性、超流性以及量子現象等非常重要。低溫物理學通常涉及到在接近絕對零度的環境中進行實驗,這樣可以觀察到在高溫下無法觀察到的現象。

依照不同程度的英文解釋

  1. The study of how things behave at very cold temperatures.
  2. The science of materials when they are very cold.
  3. The study of physical properties at low temperatures.
  4. The branch of physics that deals with phenomena occurring at low temperatures.
  5. The investigation of materials and their behaviors near absolute zero.
  6. A field of physics that explores the properties of matter at temperatures close to absolute zero.
  7. The study of quantum phenomena and material properties at extremely low temperatures.
  8. A specialized area of physics focusing on the behavior of matter under low temperature conditions.
  9. An advanced scientific discipline examining the physical characteristics and behaviors of materials at cryogenic temperatures.
  10. A field of study that investigates the effects of low temperatures on matter, revealing unique physical properties.

相關英文單字或片語的差別與用法

1:Cryogenics

用法:

專注於極低溫下的物理現象,尤其是液體氮和液體氦等冷卻技術。這個領域的應用非常廣泛,包括醫療、航天和材料科學等。

例句及翻譯:

例句 1:

液氦是低溫物理學中常用的冷卻劑。

Liquid helium is a commonly used coolant in cryogenics.

例句 2:

這項研究需要在極低溫的環境下進行。

This research needs to be conducted in a cryogenic environment.

例句 3:

低溫技術在現代科學中扮演著重要角色。

Cryogenic technology plays an important role in modern science.

2:Low-temperature physics

用法:

直接與低溫物理學相同,專注於研究物質在低溫下的性質和行為。這個領域的研究對於理解超導體和量子效應至關重要。

例句及翻譯:

例句 1:

低溫物理學的研究使我們能夠觀察到超導現象。

Research in low-temperature physics allows us to observe superconducting phenomena.

例句 2:

許多重要的物理現象只能在低溫下被發現。

Many important physical phenomena can only be discovered at low temperatures.

例句 3:

這個實驗室專注於低溫物理學的研究。

This laboratory focuses on research in low-temperature physics.

3:Quantum physics

用法:

雖然量子物理學的範圍更廣,但低溫物理學常涉及量子現象,如量子糾纏和量子隨機行走。低溫條件下,量子效應變得更加明顯。

例句及翻譯:

例句 1:

低溫物理學和量子物理學之間有著密切的聯繫。

There is a close connection between low-temperature physics and quantum physics.

例句 2:

在低溫下,量子現象變得更加明顯。

At low temperatures, quantum phenomena become more pronounced.

例句 3:

量子物理學的許多應用都依賴於低溫技術。

Many applications of quantum physics rely on low-temperature techniques.

4:Condensed matter physics

用法:

這個領域研究物質的凝聚狀態,包括固體和液體。在低溫下,凝聚態物質展現出許多獨特的性質,如超導性和超流性。

例句及翻譯:

例句 1:

凝聚態物理學研究了固體和液體的特性。

Condensed matter physics studies the properties of solids and liquids.

例句 2:

低溫對凝聚態物質的性質有著深遠的影響。

Low temperatures have a profound impact on the properties of condensed matter.

例句 3:

許多凝聚態物理學的研究都涉及低溫實驗。

Many studies in condensed matter physics involve low-temperature experiments.