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Electrostatic Regolith Sampling from Asteroids

机译:小行星的静电雷格石取样

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摘要

To realize reliable regolith sampling for autonomous operation in space, we are developing a new sampling system that employs electrostatic force. This system employs a combination of electrostatic capture and transport of particles. High voltage is applied between parallel screen electrodes of the sampling device. Owing to electrostatic force, particles are captured at the screen electrode of the device. The captured particles are then transported by an electrostatic traveling wave and transferred to a collection capsule. Because gravity is extremely low on small asteroids, the process of sampling particles on asteroids will be easier than that on the Earth. Particles of varying sizes will be transported by some transport conveyers with different pitches of the electrodes because the particle size that can be transported by this device depends on the pitch between the transport electrodes.
机译:为了实现太空自主运行所需的可靠的碎石取样,我们正在开发一种利用静电力的新型取样系统。该系统结合了静电捕获和颗粒传输。在采样设备的平行屏蔽电极之间施加高压。由于静电力,颗粒被捕获在设备的屏蔽电极上。然后,捕获的颗粒通过静电行波传输并转移到收集胶囊中。由于小行星的重力极低,因此对小行星进行粒子采样的过程将比在地球上更容易。尺寸不同的颗粒将通过某些具有不同电极间距的输送机进行输送,因为此设备可以输送的颗粒尺寸取决于输送电极之间的间距。

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