隔熱玻璃的意思、翻譯和例句

是什麼意思

「隔熱玻璃」是指具有良好隔熱性能的玻璃,通常用於建築和車輛中,以減少熱量的傳導和保持室內溫度的穩定。它的主要功能是阻擋外部熱量進入室內,或者防止室內熱量散失到外部,從而提高能效和舒適度。隔熱玻璃可以是雙層或多層結構,並且通常會使用特定的塗層或氣體填充來增強其隔熱性能。

依照不同程度的英文解釋

  1. Glass that keeps heat inside or outside.
  2. Glass that doesn't let heat pass through easily.
  3. Special glass that helps control temperature.
  4. Glass designed to reduce heat transfer.
  5. Glass that helps maintain a comfortable temperature indoors.
  6. A type of glass that improves energy efficiency by minimizing heat exchange.
  7. A glass product that provides thermal insulation to enhance indoor climate control.
  8. A glazing solution that effectively reduces thermal conductivity and energy loss.
  9. An advanced architectural material that optimizes thermal performance in buildings.
  10. A specialized glass used in construction to manage heat flow and improve energy efficiency.

相關英文單字或片語的差別與用法

1:Insulated glass

用法:

通常指雙層或多層玻璃之間有空氣或惰性氣體填充的結構,這樣可以有效阻止熱量的傳導。它在建築中被廣泛使用,特別是在窗戶和幕牆系統中,以提高能效和舒適度。

例句及翻譯:

例句 1:

這扇窗戶是用隔熱玻璃製成的,所以冬天不會太冷。

This window is made of insulated glass, so it won't be too cold in winter.

例句 2:

使用隔熱玻璃可以大幅降低空調的能耗。

Using insulated glass can significantly reduce air conditioning energy consumption.

例句 3:

他們在新建的辦公大樓中安裝了隔熱玻璃

They installed insulated glass in the newly constructed office building.

2:Thermal glass

用法:

這種玻璃設計用來控制熱量的傳導,通常用於建築物的窗戶和外牆。它可以幫助保持室內的舒適溫度,並減少能源成本。

例句及翻譯:

例句 1:

這種熱玻璃能有效地阻擋外部熱量進入室內。

This thermal glass effectively blocks external heat from entering the interior.

例句 2:

他們選擇了熱玻璃以提高住宅的能效。

They chose thermal glass to enhance the energy efficiency of the home.

例句 3:

在炎熱的夏天,熱玻璃能保持室內涼爽。

In the hot summer, thermal glass keeps the indoors cool.

3:Heat-resistant glass

用法:

這種玻璃能夠承受高溫,通常用於需要耐熱的環境,例如廚房或工業用途。它不僅能夠隔熱,還能防止玻璃因熱而破裂。

例句及翻譯:

例句 1:

這種耐熱玻璃適合用於烤箱門。

This heat-resistant glass is suitable for oven doors.

例句 2:

在實驗室裡,我們使用耐熱玻璃來進行高溫實驗。

In the lab, we use heat-resistant glass for high-temperature experiments.

例句 3:

耐熱玻璃能有效防止熱量的損失。

Heat-resistant glass can effectively prevent heat loss.