主翼的意思、翻譯和例句

是什麼意思

「主翼」是指飛機或其他航空器的主要翅膀,通常是用來提供升力的主要結構部分。主翼的設計和形狀對飛行器的性能、穩定性和操控性有著重要影響。在飛機設計中,主翼的大小、形狀和材料選擇都是關鍵因素,影響飛行器的速度、效率和承載能力。

依照不同程度的英文解釋

  1. The main wing of an aircraft.
  2. The part of a plane that helps it fly.
  3. The primary structure that generates lift.
  4. The main surface on an aircraft that supports flight.
  5. The main wing structure that is essential for flying.
  6. The principal aerodynamic surface that allows an aircraft to take off and stay in the air.
  7. The key component of an aircraft's design that affects its aerodynamic performance.
  8. The major lifting surface on an aircraft that contributes to its flight capabilities.
  9. The central wing structure of an aircraft that plays a critical role in its aerodynamic efficiency.
  10. The primary wing structure of a flying vehicle that is crucial for generating lift and enabling flight.

相關英文單字或片語的差別與用法

1:Main Wing

用法:

指的是飛機的主要翅膀,承擔主要的升力功能。主翼的設計對飛機的飛行性能至關重要。

例句及翻譯:

例句 1:

飛機的主翼必須能夠承受巨大的空氣壓力。

The main wing of the aircraft must withstand significant air pressure.

例句 2:

主翼的形狀設計影響飛行的穩定性。

The shape design of the main wing affects the stability of flight.

例句 3:

主翼的材料選擇對飛行器的重量和性能有直接影響。

The choice of materials for the main wing directly impacts the weight and performance of the aircraft.

2:Primary Wing

用法:

強調主翼在飛行器中的重要性,通常與其他輔助翼或設計特徵相對比。

例句及翻譯:

例句 1:

在設計新型飛機時,工程師特別關注主翼的結構強度。

When designing the new aircraft, engineers focused particularly on the structural strength of the primary wing.

例句 2:

主翼的面積對於飛行器的升力至關重要。

The area of the primary wing is crucial for the lift of the aircraft.

例句 3:

每種飛行器的主翼設計都依賴於其特定的飛行需求。

The design of the primary wing for each aircraft depends on its specific flight requirements.

3:Lift Wing

用法:

強調主翼的功能,即提供升力,這是飛行的基本原理之一。

例句及翻譯:

例句 1:

飛行的基本原理是依賴主翼產生的升力。

The basic principle of flight relies on the lift generated by the lift wing.

例句 2:

升力的大小取決於主翼的設計和飛行速度。

The amount of lift depends on the design of the lift wing and the speed of flight.

例句 3:

在飛行過程中,主翼的角度會影響升力的大小。

During flight, the angle of the lift wing affects the amount of lift.