This book mainly introduces the basic principles of lithium-ion batteries, cathode materials (lithium cobalt oxide, lithium nickel oxide, lithium manganese oxide, lithium ferrous phosphate, ternary materials, vanadium oxide, organic cathodes and sulfur cathodes), anode materials (carbon materials, alloy materials and metallic lithium), electrolytes (liquid electrolytes, solid polymer electrolytes, gel polymer electrolytes, composite polymer electrolytes, single ion polymer electrolytes and inorganic ceramic electrolytes) and separators and binder materials. Among them, the negative electrode materials and electrolytes are interspersed with some content on the stability of the interface between the electrode and the electrolyte. The book is mainly based on new domestic and foreign research results in three aspects: cathodes, anodes and electrolytes, especially hot topics. The ideas are clear and easy to read.
Reader comments
The knowledge of physics is contained in every aspect of life. When we lament the boringness of physics, we cannot forget its contribution to the progress of our lives and the development of science and technology. Reading this book can help us understand the principles of lithium-ion batteries, and let us understand that as a mobile phone battery, it has physical knowledge and related characteristics, thereby improving our scientific literacy. The author's explanation of lithium-ion battery materials is very detailed, from positive and negative materials to electrolytes such as liquid ligands. The language is rigorous, the words are full of professional attitudes like scientific research, and the article has a clear context and a good grasp of details.
Have you heard about the basic principles of battery operation and the materials corresponding to the positive and negative electrodes? And what are the differences in efficacy between electrolyte materials? This is an encyclopedia about lithium battery materials. From the initial liquid-based electrolyte materials to the current changes based on polymer electrolytes, lithium batteries not only play a role in small household appliances, but also in large objects such as cars and motorcycles. Understanding the principles and development history of its materials can also allow readers to better predict the development trend of lithium batteries.
This book is a valuable reference for scientists, engineers, and students engaged in battery research and applications, helping them to deeply understand and promote the development of lithium-ion battery technology. This is a professional book that provides an in-depth analysis of lithium-ion battery technology and materials. The author systematically introduces the principles, structure and performance evaluation methods of lithium-ion batteries, and deeply discusses the design, synthesis and application of lithium-ion battery materials. The book provides a large amount of experimental data and case analysis to help readers fully understand and master the latest developments in the field of lithium-ion batteries.
With the development of new energy vehicles and the support of environmentally friendly concepts, the performance improvement and popularization of battery use have become key areas of expansion for subsequent economic development and social progress. This book is designed to help readers understand the basic principles of lithium-ion batteries. Basic knowledge about positive electrode materials, negative electrode materials, electrolytes, separators and binder materials are introduced respectively, and some content on the stability of the interface between electrodes and electrolytes is interspersed. Detailed content and strong professionalism.
This book is quite good. It explains the lithium-ion battery materials very clearly and is easy to understand. I particularly like the part about cathode materials and electrolytes in the book, which I find very interesting. But I hate those complicated chemical formulas, they look like a headache. The author Xu Guodong must be very powerful, able to write such complicated knowledge so simply. I think this book is still a bit difficult for a junior high school graduate like me, but I will study hard!
The knowledge of physics is contained in every aspect of life. When we lament the boringness of physics, we cannot forget its contribution to the progress of our lives and the development of science and technology. Reading this book can help us understand the principles of lithium-ion batteries, and let us understand that as a mobile phone battery, it has physical knowledge and related characteristics, thereby improving our scientific literacy. The author's explanation of lithium-ion battery materials is very detailed, from positive and negative materials to electrolytes such as liquid ligands. The language is rigorous, the words are full of professional attitudes like scientific research, and the article has a clear context and a good grasp of details.
Have you heard about the basic principles of battery operation and the materials corresponding to the positive and negative electrodes? And what are the differences in efficacy between electrolyte materials? This is an encyclopedia about lithium battery materials. From the initial liquid-based electrolyte materials to the current changes based on polymer electrolytes, lithium batteries not only play a role in small household appliances, but also in large objects such as cars and motorcycles. Understanding the principles and development history of its materials can also allow readers to better predict the development trend of lithium batteries.
This book is a valuable reference for scientists, engineers, and students engaged in battery research and applications, helping them to deeply understand and promote the development of lithium-ion battery technology. This is a professional book that provides an in-depth analysis of lithium-ion battery technology and materials. The author systematically introduces the principles, structure and performance evaluation methods of lithium-ion batteries, and deeply discusses the design, synthesis and application of lithium-ion battery materials. The book provides a large amount of experimental data and case analysis to help readers fully understand and master the latest developments in the field of lithium-ion batteries.
With the development of new energy vehicles and the support of environmentally friendly concepts, the performance improvement and popularization of battery use have become key areas of expansion for subsequent economic development and social progress. This book is designed to help readers understand the basic principles of lithium-ion batteries. Basic knowledge about positive electrode materials, negative electrode materials, electrolytes, separators and binder materials are introduced respectively, and some content on the stability of the interface between electrodes and electrolytes is interspersed. Detailed content and strong professionalism.
This book is quite good. It explains the lithium-ion battery materials very clearly and is easy to understand. I particularly like the part about cathode materials and electrolytes in the book, which I find very interesting. But I hate those complicated chemical formulas, they look like a headache. The author Xu Guodong must be very powerful, able to write such complicated knowledge so simply. I think this book is still a bit difficult for a junior high school graduate like me, but I will study hard!