At present, electrochemistry has many research directions. From an application perspective, there are solar cells, fuel cells, electrocatalysis, lithium batteries, supercapacitors, electrical corrosion and protection, electrochemical sensors, and electro-Fenton. various related technologies above. In terms of research objects, we distinguish nanoelectrochemistry, interface electrochemistry, ionic liquid electrochemistry, bioelectrochemistry and membrane electrochemistry. I don't know what the research basis of the topic is. Electrochemistry is generally taught by undergraduate and postgraduate students. If you want to learn electrochemistry, you must first rely on university physical chemistry textbooks and familiarize yourself with the basic principles of thermodynamics, kinetics and kinetics. Battery. Then you can understand the basicsof electrochemistry. Then, according to your own research direction, you can check the relevant journal articles to see the electrochemistry application articles in this direction. For professional electrochemistry books, you can start with Bard's Principles and Methods of Electrochemistry and Harman's Electrochemistry. The derivation of electrochemical formulas is very cumbersome, and it is simply torture for those who are not good at mathematics and physics. You can only look at the conclusion and not the derivation. After reading the books above, you will probably be able to deal with most situations.
Looking for books on solar cell technology
If you are not a professional, it is difficult to reach a professional level by learning this . If you just want to understand. , you can read books on generators, books on energyie solar are not difficult in principle, but it is quite difficult to do research and development. China is currently in a bottleneck and cannot break through. Foreign technology may be higher, but the investment cost. is huge.
New process for creating rough surfaces on polycrystalline, tricrystalline and monocrystalline silicon surfaces for solar cells or on silicon substrates for optoelectronic purposes. In particular, the present invention relates to etching methods and etchants for producing rough surfaces on silicon substrates.
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