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Extending to the whole in the thin film production manner due to

机译:由于薄膜生产方式的整体推广

摘要

As it utilizes the atmospheric pressure plasma where by the fact that the target of the metal and metal chemical compound is designated as the main raw materials, the necessity to use the harmful gas of the organic metal gas and the like is gone, under the normal pressure occurs, as the reaction place as a heat source formation method of the metal chemical compound thin film of the adhesion satisfactory metal or that oxide or the nitride etc and that its formation device is offered are designated as purpose to on the baseplate of silicon and the ceramics etc which are the high fusion point material by the fact that it utilizes. Extending to the whole in the thin film production method due to microplasma method, as it installs the raw materials for thin film formation inside narrow tube A whose inside diameter is uniform introduces the inert gas into the said narrow tube A impressing high frequency voltage, while generating the high frequency plasma inside narrow tube A, 1 or maintaining the flux and hot plasma gas temperature of the plasma gas inside plural narrow tube A in high temperature as it heats & evaporates the aforementioned raw materials, making the material erupt which evaporates from narrow tube, A it irradiates on the baseplate, it heats the baseplate with the aforementioned plasma gas, the material which was irradiated under atmospheric pressureIt makes accumulate on the baseplate.
机译:在通常情况下,由于利用以金属和金属化合物的靶标为主要原料这一事实的大气压等离子体,因此不再需要使用有机金属气体等的有害气体。作为粘合性良好的金属的金属化合物薄膜的热源形成方法或设置有氧化物或氮化物等的热源的形成方法,在硅的基板上指定了作为反应源的压力。利用它是高熔点材料的陶瓷等。由于通过等离子法在薄膜生产方法中整体上延伸,因为将用于形成薄膜的原料安装在内径均匀的窄管A内,将惰性气体引入施加高频电压的所述窄管A中,同时在加热和蒸发上述原料时,在窄管A,1内产生高频等离子体,或在多个窄管A内将等离子气体的通量和热等离子体气体温度保持在高温下,从而使从窄管蒸发的物料喷发管,照射在基板上,用上述的等离子气体加热基板,在大气压力下照射的材料在基板上积聚。

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