1. Purchase link:

【JD】https://3.cn/2-AVN8BD

 "Silicon-Based Negative Electrode Materials for Lithium-Ion Batteries" Click the link to open directly

The book entitled "Silicon-Based Negative Electrode Materials for Lithium-Ion Batteries"

Published by the Science Press，Authors: Zheng Honghe, Huang Yunhui，Price: RMB198 yuan, Discounted price: RMB150 yuan

2. Synopsis

This book is a summary of the research work of Zheng Honghe and Huang Yunhui's team over the past 20 years on silicon-based negative electrode materials and their use in lithium-ion batteries. The book consists of 10 chapters and 660,000 words. It not only reviews the significant progress in silicon negative electrode materials and their battery systems in recent years including new theories, new concepts, and new methods, but also emphasizes the fundamental problems from practice and experiments. The aim is to provide readers with a knowledge system derived from practice. The main contents include: the current status of silicon-based negative electrode materials, preparation methods and silicon-carbon composite technologies, the mechanisms of the capacity-decline of silicon anodes, silicon -based electrolyte and artificial interface technologies silicon electrode binder optimizations, pre-lithiation technologies and silicon-based full cells etc. The book elaborates the basic characteristics of high-performance silicon-based anode materials from multiple aspects such as the structure, design, morphology, phase state, and spatial confinement of silicon materials. It further discusses the optimization directions and technical routes from the electrolyte, binder, artificial interface, and pre-lithiation, and the preparation technology of high-performance silicon-based full-cells.

This book is suitable for researchers engaged in lithium-ion batteries and related material research, production, and application. It can also be used as a training textbook for R&D personnel and technicians in battery manufacturing enterprises and battery material manufacturing enterprises, and can also be used as a teaching reference book for young teachers, graduate students, and undergraduate students in universities and research institutes in related majors.

3. Main Contents

Chapter 1 Introduction

Chapter 2 Silicon Anode Materials and Preparation Methods

Chapter 3 Silicox Anode Materials and Preparation Methods

Chapter 4 Silicon-Carbon Composite Materials

Chapter 5 Capacity Degradation Mechanisms of Silicon Anode

Chapter 6 Silicon-Based Electrolyte

Chapter 7 Artificial Interface of Silicon Anode

Chapter 8 Silicon Electrode Binder

Chapter 9 Pre-Lithiation of Silicon Anode

Chapter 10 Silicon-Based full Cells

4. Author Profile

Zheng Honghe, a professor at the Energy College of Soochow University and a doctoral supervisor. He obtained a doctoral degree in Materials Science from Hunan University in 2001. In 2004, he conducted collaborative research at the Faculty of Engineering of Kyoto University in Japan. In 2007, he joined the Lawrence Berkeley National Laboratory in the United States. In 2010, he returned to China and joined Soochow University, where he was responsible for establishing the Energy College of Soochow University. He served as the dean of the Energy College of Soochow University and the director of the Academic Committee. He is the convener of the Chemical Power Sources Branch of the Chinese Electrochemical Society, a member of the Chinese Chemical and Physical Power Sources Society, and a member of the Chinese Solid State Ion Society. He is also a member of the editorial boards of "Energy Storage Science and Technology" and "Power Technology". His research fields include advanced carbon materials, silicon-carbon composite materials, soft functional medium materials (electrolytes and binders), and lithium-ion battery technology. In recent years, he has been the principal investigator of 6 projects funded by the National Natural Science Foundation of China and 2 major projects of the Ministry of Science and Technology (sub-projects). He has published 3 scientific books related to new energy technologies. He has more than 200 papers published in major international journals, including over 100 SCI-indexed papers in the first category. He has applied for 65 patents (33 of which have been authorized), and has received the Jiangsu Science and Technology Awards in 2015 and 2021, among others.