Mark H. Richman: Introduction to Metallurgy

Metal tissue can predict atomic phenomena as well as engineering properties, and so microorganism plays a key role in metals. Applying this view to other materials, such as plastics and ceramics, is a very important part of the material science that metals should play. The book begins with the atomic structure, the complex numbers and the different combinations of atoms to form molecules and decisions; it also includes electromagnetic properties in the discussion. The decision-making system was described as a test decision-maker. The wavelength and the back-up were explained. The explanation for the formation of decisions leads to crystallization and micro-structurals. Also, optical and electron microscope technology was described to study microstructurals and defects. And we talked about mechanical properties and the soul. We've dealt with multiple materials from the 7th. My seventh and second entries include a lot of forms of thermodynamics about the second system. The transaccusity and equilibrium, and the stability of the microorganisms, were explained with many examples of aberrations. The relationship between microorganism and mechanical properties was handled in the 10th chapter, where it explained which alloys are hard with heat or mechanical processing, whether quality is high or low. The spread was covered in 11 departments, particularly in the densely populated area and in the microorganisms. In the last lesson, the decay of the metal was discussed and the concept of the relationship between microorganism and internal humus was described.

Korean title: 금속학개론

Korean author: 마크 H. 리치만

Korean publisher: 평민사

ISBN-13: 9788971158296