论文部分内容阅读
近年来,采用光力迫使物体运动的技术逐渐在航天领域中得到应用,例如:太阳帆技术,然而这种物体的运动是背向光源的。通过光来实现对物体的吸引一直是人类的梦想,随着光力的证实和激光矢量调制技术的发展,这种梦想逐渐成为可能。作为功率密度最高的光源,用激光牵引物体向着光源运动,通过对激光光场的设计实现光力对微粒的逆光吸引,是目前最前沿的科学研究之一。而这类实验的成功,使得科学家们对这种研究
In recent years, the technology of using light to force objects to move has gradually been applied in the field of aerospace, such as solar sail technology. However, the movement of such objects is away from the light source. It has been a human dream to realize the attraction of objects by light. With the development of light-proofing and laser vector modulation technology, this dream has gradually become possible. As the light source with the highest power density, it is one of the foremost scientific researches to pull the object to the light source by the laser and realize the light absorption of the light by the design of the laser light field. The success of such experiments, scientists have made such a study