首页> 外国专利> METHOD FOR PROCESSING THE BEAM OF NEUTRAL PARTICLES BASED ON THE TECHNOLOGY FOR PROCESSING THE BEAM OF GAS CLUSTER IONS AND OBTAINED BY SUCH AS A PRODUCT

METHOD FOR PROCESSING THE BEAM OF NEUTRAL PARTICLES BASED ON THE TECHNOLOGY FOR PROCESSING THE BEAM OF GAS CLUSTER IONS AND OBTAINED BY SUCH AS A PRODUCT

机译:基于气体簇离子束加工并以此产品获得的中性粒子束加工方法

摘要

FIELD: technological processes.;SUBSTANCE: invention relates to a method for treating the surface of an optical element and also to treating a surface of an optical coating formed on the surface of an optical substrate, forming a surface barrier coating on a hygroscopic crystalline material, an optical element and a hygroscopic substrate. In carrying out the method for treating the surface of the optical element, the following steps are performed on which a chamber with a reduced pressure is provided, in which a cluster of gas cluster ions is formed, accelerate the gas cluster ions with the formation of a beam of accelerated gas cluster ions along the trajectory of said beam. Then, the fragmentation and/or dissociation of at least a portion of the accelerated gas cluster ions along the path of said beam is stimulated. Then, charged particles are removed from the beam of accelerated gas cluster ions to form an accelerated neutral beam of neutral gas clusters and/or neutral monomers along the path of said beam and hold the optical element on the trajectory of the generated accelerated neutral beam. Then, at least a portion of the surface of the optical element is treated by irradiating it with the generated accelerated neutral beam. Stimulation and removal steps are performed prior to said irradiation of the surface of the optical element.;EFFECT: creation of devices and methods for forming doped and/or deformed films and/or introduction of impurity atomic particles in the surface of semiconductor or other materials, the treated surfaces having interfaces with the underlying substrate material, which exceed the known methods and devices of traditional treatment with a cluster of gas cluster ions (GCIB).;35 cl, 26 dwg, 1 tbl
机译:技术领域本发明涉及一种处理光学元件的表面的方法,还涉及处理在光学基板的表面上形成的光学涂层的表面,从而在吸湿性晶体材料上形成表面阻挡涂层的方法。 ,光学元件和吸湿性基板。在实施光学元件表面的处理方法中,执行以下步骤,在该步骤上提供减压室,在该室中形成气体团簇离子簇,通过形成气体团簇离子来加速气体团簇离子。沿着所述束的轨迹的加速气体簇离子束。然后,沿所述束的路径刺激至少一部分加速气体簇离子的分裂和/或离解。然后,从加速气体团簇离子束中去除带电粒子,以沿着所述束的路径形成中性气体团簇和/或中性单体的加速中性束,并将光学元件保持在产生的加速中性束的轨迹上。然后,通过用产生的加速的中性束照射光学元件的表面的至少一部分来对其进行处理。刺激和去除步骤在所述光学元件表面的辐照之前执行。效果:创建用于形成掺杂和/或变形的膜和/或将杂质原子颗粒引入半导体或其他材料的表面的装置和方法。 ,处理后的表面与下面的基材具有界面,这超出了使用气体簇离子簇(GCIB)进行传统处理的已知方法和设备。; 35 cl,26 dwg,1 tbl

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