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Non-Conventional Approaches to Generating Lift. General Physical Aspects

机译:生成提升的非常规方法。一般物理方面

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The paper considers mechanisms of developing lift, based on controlled molecular collisions of air-composing molecules. There are two groups of the related approaches: variation of number of collisions between molecules and a wall, and control of elasticity of molecular collisions with the wall. The first group realizes specific properties of air in that it pressure depends on temperature; as well as employing electric field-controlled pressure of polar vapor and introduction the conception of a wing-the-accelerator. Another group converts elastic collisions of molecules with the wall into inelastic ones by means of molecular-photon interaction.
机译:本文基于空气组成分子的受控分子碰撞,研究了产生升力的机制。有两种相关的方法:改变分子与壁之间的碰撞次数,以及控制分子与壁之间的碰撞弹性。第一组通过压力取决于温度来实现空气的特定特性。以及利用电场控制的极性蒸气压力,并介绍了机翼加速器的概念。另一组通过分子-光子相互作用将分子与壁的弹性碰撞转换为非弹性碰撞。

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