Single particle fuel micro-combustion, gasification suspension, ignition, imaging and detection system

Abstract

The invention relates to a single particle fuel micro-combustion, gasification suspension, ignition, imaging and detection system. At present, common fuels used for microenergy systems based on micro-combustion are gas fuels which are difficult to store and carry. The system provided by the invention comprises a first laser driver, a first laser, a second laser driver, a second laser, a first reflection lens, a first spectroscope, an inverted telescope, a second spectroscope, a high-power objective lens, microparticle fuels, a micro-combustion chip, a three-dimensional electric displacement platform, a condensing lens, a third spectroscope, an iris diaphragm, a collecting lens, an optical source, a first lens, an optical filter, a four-quadrant detector, a second lens, a third spectroscope, a CCD (Charge Coupled Device) camera, a second reflection lens and an infrared camera. The all-optical particle suspension positioning, igniting and testing method is utilized to test the micro-combustion and the gasification of particles in a non-interference manner, so that the facticity of the micro-combustion and the gasification can be best reflected, the essence of the particles is restored and the mechanism of the particles is effectively revealed.

Description

technical field [0001] The invention belongs to the technical field of micro-combustion, and relates to a micro-combustion, gasification suspension, ignition, imaging and detection system of a single particulate fuel. Background technique [0002] With the development of micro-electro-mechanical systems (MEMS) technology, research on micro-energy systems has attracted extensive attention because it can meet the needs of long-term power supply for portable electronic devices and high-performance power sources and power sources for micro-miniature aerospace equipment. Such as micro / nano-satellites, micro-aircraft, "Army Warrior" individual combat system, robot ants, micro-energy systems for mobile electronic equipment, etc. Most of the traditional micro-energy systems are powered by micro-lithium battery packs, but there are many shortcomings in the power supply of lithium-ion battery packs: low energy density, short power supply time, long charging time during repeated use, e...

AI Technical Summary

Problems solved by technology

Most of the traditional micro-energy systems are powered by micro-lithium battery packs, but there are many shortcomings in the power supply of lithium-ion battery packs: low energy density, short power supply time, long charging time during repeated use, etc., so it is difficult to meet the small size of the new micro-energy system. , light weight, high energy density, uninterrupted long-term power supply, etc.

However, gas fuel is not easy to store and carry, which is a big problem for miniature aerospace equipment and portable equipment

So there is a question: Can micro-combustion fuel use liquid or solid micro-particle fuel?

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