Horisawa Hideyuki

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Ion energy distribution measurement for miniaturized low-power Hall thruster

Hollow anode characterization for low-power miniaturized SPT Hall thruster

Characterization of miniaturized low-power anode layer Hall thrusters

Coaxial Short-pulse Laser-assisted Pulsed Plasma Thruster Characterization

Hollow anode characterization for low-power Hall thrusters

Miniaturization of Low Power Hall Thrusters

UV-LED Microthruster through Interaction of Ultraviolet Photons and Solid Polymers

Impact of Hollow Anode Geometries on Characteristics of Miniature Low-Power Magnetic-Layer Hall Thruster

A Photon-driven Microthruster through Interaction of Ultraviolet Light-emitting Diodes and Solid Polymers

Hollow anode geometries for small-size very low-power Hall thrusters

Acceleration Characteristics of Ions Exhausted from Short Pulse Coaxial Laser-Assisted Pulse Plasma Thruster

Evaluation of Low Power Operating Characteristics of Miniature Anode-Layer Hall Thruster by Experiment and Particle Simulation

Security applications of laser remote sensing

Development of Laser Thermal Microthruster with Diode-Laser Coupled Fiber-Tip Heat Source

Study on High-Repetition-Rate Diagnostics of Laser Ablation Plasma

Relationship of current distribution of magnetopause and thrust characteristics in multipole magnetic sail

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Development of All-solid State Miniature uvLED Plasma Thrusters using Photo-chamical Processes

Non-linear acceleration mechanism of photo-interaction of ultraviolet diodes and advanced materials

Microfabrication of mega-pixcel micro-plasmajets and their potentials for medical applications

Novel Acceleration Mechanisms and Plasma Propulsion Applications through Interactions of Ultra-short-pulse Discharges and Matters

Study of MPD Thruster System for Future High-power Space Explorations

Investigations of Laser Ablation Thrusters for Accurate Attitude Control of Spacecraft

Throttleable solid propellant microthruster using laser heating

Laser Micro Thruster using Metallic Propellants

Performance Evaluation of Magnetoplasma Sail

Experimental Study of a Laser Micro-Thruster for Precise Attitude Control of Spacecraft

Characterization of Laser-Electric Hybrid Acceleration Plasma Thruster and System Development for Spacecraft Applications

Laboratory Experiment of Magnetoplasma Sail for Rapid Deep Space Explorations

Space Propulsion System using Relativistic Plasma Beams through Intense Laser-Solid Nonlinear Interactions

Laser Controlled Solid Propellant Micro-thruster

Manufacturing of Microparts for medical and Dental Use by Plastic working

Study of physics and practical applications of laser-driven in-tube accelerator

Micmfabrication of Sapphire wafers for Sensor Devices with UV Laser Pulses

Fabrication Process for Ni-Ti Shape-Memory-Alloy Fine Tubes Used in Medical Tests

Numerical and Experimental Studies on Non Equilibrium Flows in MPD Arc Jets.