Titlebook: Beamed-mobility Engineering; Wireless-power Beami Koichi Mori,Yasuhisa Oda,Kohei Shimamura Book 2024 The Editor(s) (if applicable) and The

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Laser Propulsion and Demonstrations,ators and presenting experimental procedures for satellite spin breaking using TEA CO2 and Nd:YLF lasers. The chapter concludes by proposing the use of laser ablation impulses for deorbiting nonfunctional satellites, presenting a promising strategy for space debris removal.

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Retrodirective Wireless Optical Energy Transmission Using Optical Phase Conjugation,roducing optical phase conjugation technology as a new method for retrodirective optical power transfer using phase correction. Principles of optical phase conjugation and PCL generation techniques are also explored.

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Book 2024ropulsion, wherever and wherever it goes. It is expected to become the core technology of mobility, energy, infrastructure, and services of the future society that extends to outer space. This book will serve as a good reference for graduate students, researchers, and professional engineers in the f

Analogy

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Microwave Rocket,Experimental applications of high-power microwave sources are explored alongside thrust measurements and performance trends observed with single- and multi-pulse operations. It delves into the role of millimeter wave plasma in the thruster and investigates the impact of beam profile and frequency. T

Agronomy

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Spectroscopy of Air Discharge Plasmas Induced by a Gyrotron Beam,harge plasmas within a microwave rocket’s nozzle. It unpacks the mechanism by which millimeter-wave energy is transformed into thrust via plasma generation and millimeter-wave supported detonation. Special attention is given to the non-equilibrium dynamics of neutral particles and ions in atmospheri

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Modeling and Theoretical Studies on Beamed-Induced Plasma,n overcritical discharge, plasma fluid or particle model was combined with electromagnetic wave propagations via a current-density feedback. Simulation results and theory indicated that electron-impact ionization, electron diffusion, and wave reflection caused the propagation of the ionization front