To achieve this purpose, the following invention is achieved.
The joint body of the present invention is first established with, the first material, Si-O (si-o), and the atomic structure is randomly adapted to the silicon silicon frame, and the bones are separated from each other. The first bonding film including the base and the first one is worn through the body and,
The second base material is set up in the second base material, and the same as the first bonding film is recorded. The joining membrane of 2 and the second pierced body,
The area of ??the first joining part forming the smallest part of the membrane and the area of ??the joining part of the first side forming the smallest part of the membrane, The higher the respective energy, the more detachment existing at least near the surface of the film formed at the first bonding site and the film formed at the second bonding site is separated from the silicon skeleton, and the first bonding site is formed. The front collar area on the surface of the membrane and the front collar area on the surface of the membrane formed by the first 2-side joint part are both normal, and the 2 front bodies penetrated by the opponent's 1 front body are similar. characteristics.
Therefore, two materials, accurately sized to each other, can achieve good results by effectively combining body parts at low temperatures.