The report takes a survey of five crucial areas where nanotechnology is implied. It includes areas of economy through hydrogen, electricity generation with the help of solar cells, fuel additives, batteries, and super capacitors, and insulators. In concern with fuel additives, with the help of nanoparticle, the efficiency of fuel of diesel engines was increased by up to 5 %, which produced about three-million metric tons of CO2 in the UK per year. The study also cautions that this efficiency of fuel additives also led to the release of toxic nanoparticles openly in the environment. Due to small in size, no control could be applied to the restriction of the emission of nanoparticles. Thus, this exhaust gas proves to be harmful to humans. Although a diesel engine, if properly maintained can last up to 300,000-600,000 miles. In comparison with diesel engines, electric engines produce very little efficiency. Solar cells are still a promising area in nanotechnology since they have shown the results of a decrease in the cost while solar cells were produced and have enabled more cell production.
The respective paper describes the design and implementation in a multi-actuator microelectromechanical system (MEMS) based deformable mirror (DM) for the 6U CubeSat Deformable Mirror Demonstration Mission (DeMi). The Deformable Mirror Demonstration Mission (DeMi) payload will specifically imply about 140 actuator MEMS. Mainly two operational modes of DEMI payload are there, one mode that sees an internal illumination source and another manner that applies an external aperture to modify picture resolution and scale down the effects of atmospheric turbulence. DeMi is a project to demonstrate and characterize the performance of a deformable mirror in LEO on a 6U Cubesat. Space telescopes constructed with chronographs and wavefront control systems are very important to get the high contrast of 10 10 to directly image an Earth-like exoplanet around a sun-like star at optical wavelengths. The contribution of this paper is, we have studied various important parts of the Deformable Mirror Demonstrating Mission, Deformable Mirrors, and its importance. In this report, we give an overview of Adaptive optics, Optical Design, Payload, operation, power, and sensors with the help of diagrams and board.
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