This work investigates the joining between graphite and stainless steel grade (410), by using active filler metal paste. Brazing technique was chosen because it is efficient, verstile, fast and economical.High purity of metal powder of silver, copper and titanium in different concentrations were mixed carefully to prepare a filler paste.
Atoms and molecules are the fundamental constituents of materials and they are the main key that can open the door to understand the materials’ structures and dynamics. The goal of a computational atomic and molecular physics is to determine numerical solutions of approximate equations. All measurable properties of the atoms and molecules can be obtained by these solutions.In the present work, accurate treatments for both non-relativistic quantum mechanics and relativistic quantum mechanics have been presented.
In this work, a DC planner magnetron sputtering system used. Which consists of a cylindrical chamber, made from (Borosilicate). It contains two circular electrodes made from stainless steel. The cathode electrode is carried the target material and permanent magnet while a glass sample, which must coat, is placed on the anode electrode. In this works, gold and silver used as a target materials.
