摘要:
A method of fabricating a semiconductor device comprises steps of accommodating a substrate (4) on which the semiconductor device is to be fabricated in a container (1) of an electrically insulating material, forming a film of a volatile organic solvent such that the film covers substantially an entire surface of the container and the substrate accommodated therein, said step of forming the film being performed while maintaining a connection between the film of the volatile organic solvent covering the surface of the container and the ground, so that electric charges are eliminated from the substrate and the container by flowing to the ground, and removing the film of the volatile organic solvent by evaporating the solvent.
摘要:
A method of fabricating a semiconductor device comprises steps of accommodating a substrate (4) on which the semiconductor device is to be fabricated in a container (1) of an electrically insulating material, forming a film of a volatile organic solvent such that the film covers substantially an entire surface of the container and the substrate accommodated therein, said step of forming the film being performed while maintaining a connection between the film of the volatile organic solvent covering the surface of the container and the ground, so that electric charges are eliminated from the substrate and the container by flowing to the ground, and removing the film of the volatile organic solvent by evaporating the solvent.
摘要:
A process for the production of semiconductor devices which comprises washing a cleaned semiconductor substrate (1) with or without one or more component parts formed thereon, with pure water (4), freezing pure water containing the washed substrate, preserving and/or transporting the ice(14)-covered substrate, and thawing and drying the substrate (7) before a subsequent process. The production process of the present invention can remove contamination on a surface of the semiconductor substrate in a wafer process and can inhibit the formation of a natural oxide coating on a surface of the substrate, thus shortening and simplifying the wafer process, increasing the quality and yield of the semiconductor devices, and enabling the cleaned substrate to be preserved for a long period and transported to distant areas or far countries.