Non-ferrous metals (smelting part) is mainly a paper on non-ferrous metal smelting, including pyrometallurgy and hydrometallurgy.

The world nonferrous metals include not only the extraction of nonferrous metals, but also materials, analysis, mining engineering, computer science and simulation.

The design and research of nonferrous metallurgy are similar to those of nonferrous metals in the world.

There are many books about titanium and nickel. Depending on what you want to read, you can read magazines on metallurgical materials and chemical engineering, but it is better to have a definite aspect, which is more convenient to look up.

There are many magazines in this field, such as Journal of China Nonferrous Metals Society, Hydrometallurgy, Mining and Metallurgical Engineering, Journal of Central South University, Nonferrous Metals and so on.

Foreign languages include Hydrometallurgy, Separation Science and Technology, Journal of Chemical Technology and Biotechnology, Mining and Metal Engineering, etc.

The book is comprehensive, such as:

Titanium smelting process

Author: Liu Heng, edited by Zhou Dali Page 344 Date of publication: May 2009.

titanium

Author: Mo Wei Page number: 990 Publication date: 2008.

Introduction: This book is divided into three parts. The first part (titanium smelting) introduces the whole process of titanium smelting production, including titanium slag, artificial rutile, titanium tetrachloride, sponge titanium and so on. And the properties, reserves and mineral processing of titanium. The middle part (titanium processing) introduces the key technologies of various titanium materials and products, including forging, rolling, extrusion, drawing, spinning, heat treatment and straightening, as well as melting, casting and powder metallurgy of titanium. The second part (comprehensive technology) introduces titanium compounds, corrosion and application of titanium materials, environmental protection and vacuum equipment, as well as auxiliary technology of titanium processing and surface treatment technology of titanium materials. ...

Titanium material and its application

Author: Japan Titanium Association Page: 258 Publication date: 2008. 12

Introduction: Titanium has three characteristics: low density, high strength and good corrosion resistance. It has been widely regarded as a special material for aircraft manufacturing and applied to general industrial materials. This book covers the basic knowledge of titanium, the characteristics and uses of titanium materials, the manufacturing methods of titanium materials and the key points of processing technology of titanium materials.

wait for

Nickel plating technology series-nickel plating process basis

Author: Chen Tianyu Page: 279 Date of Publication: 2007

Introduction: This book briefly introduces the origin and principle of nickel plating, and details the processes of common nickel plating, bright nickel plating, black nickel plating, gun black nickel plating, hole sealing nickel plating, satin nickel plating, high stress nickel plating and various nickel salts plating.

Nickel metallurgy

Authors: Academic Committee of Heavy Nonferrous Metallurgy of China Nonferrous Metals Society. Page 248. Publication date: 2005.

Introduction: Technical Training Textbook of Heavy Nonferrous Metallurgy Factory/edited by Peng Rongqiu: This book is divided into 17 chapters, covering the basic principle, production technology, equipment and operation of nickel metallurgy. The modern production methods of nickel matte, various separation and purification methods of high matte nickel and the recovery of associated cobalt are introduced. The production of ferronickel from laterite nickel ore and its hydrometallurgical treatment, comprehensive recovery of precious metals, production of recycled nickel, production of nickel salt and treatment of three wastes in nickel production are introduced.

Nickel-cobalt metallurgy in China

Authors: He Huanhua, Cai Qiaofang. Page number: 657. Date of publication: 2000.

Introduction: This book is divided into two volumes. The first volume mainly introduces the basic theory of nickel-cobalt metallurgy, including the thermodynamic basis of nickel-cobalt metallurgy, sulfur smelting in submerged arc furnace, purification of nickel-cobalt solution and so on. The second volume mainly introduces the production practice of nickel-cobalt metallurgy, including blast furnace smelting, nickel sulfide anode electrolysis production practice, high nickel and high sulfur copper-nickel separation and so on.

Keywords: nickel discipline: nonferrous metallurgy cobalt discipline: nonferrous metallurgy nickel cobalt nonferrous metallurgy