By Greger R. Dahlin, Kalle E. Strom
Lithium ion batteries, a category of chemical strength assets that use an electrochemical strategy of lithium ion intercalation into or de-intercalation from host fabrics, are gaining dominance in cellular digital purposes, and also are exhibiting promise for an upcoming new iteration of electrical car purposes. when you consider that Sony company commercialised rechargeable lithium-ion batteries, the batteries were commonly utilised because the strength resources in a variety of functions, equivalent to cell phones, computing device desktops, electronic cameras, electric cars, and hybrid electric cars. This e-book is anxious with the new advancements in and examine of LiFePo4 cathode fabrics with an emphasis at the synthesis technique and the way to enhance electrochemical functionality. additionally, the efforts made to strengthen different new inorganic cathode fabrics for a brand new iteration of lithium ion batteries are reviewed. a scientific semi-empirical solution to examine the components of overall phone impedance in lithium-ion battery can be offered. additionally, overcharge defense isn't just serious for fighting the thermal runaway of lithium-ion batteries in the course of operation, but in addition very important for automated means in the course of battery production and service. This publication compares 3 overcharge security thoughts - exterior circuit safeguard, inactivation brokers, and redox shuttles - to focus on the good thing about redox shuttles for overcharge safeguard. the protection of lithium-ion battery packs also are mentioned, in addition to thoughts for learning thermal balance, akin to differential scanning calorimetry and accelerating expense calorimetry.
Read Online or Download Lithium Batteries:: Research, Technology and Applications (Electrical Engineering Developments) PDF
Best electrical & electronics books
Booklet via Budnick, Ken
Reissued to commemorate the fortieth anniversary of the unique book of "Dielectrics and Waves". A finished assurance of a topic that crosses the fields of chemistry, physics and engineering and may be worthwhile to a person with an curiosity in dielectric engineering.
- Signal processing for communications
- Electromagnetics (Electrical Engineering Textbook Series)
- Properties of Aluminium Gallium Arsenide
- Adaptive array principles
- Impurity Doping Processes in Silicon
- Adaptive array principles
Additional resources for Lithium Batteries:: Research, Technology and Applications (Electrical Engineering Developments)
Sample text
The resulting LixMnO2•nH2O is dehydrated under mild conditions to give the desired layered LixMnO2. The analogs doped by cobalt, iron, or nickel, LixMn1-y(Co, Fe, or Ni)yO2, could also be synthesized by this method to obtain the same layered structure [53]. 1 mA cm-2 for charging/discharging. However, cycling at high current densities, such as 1 mA cm-2, could initiate a conversion from the layered phase to the spinel-like phase. Layered LiMnO2 materials prepared at low temperatures often show much better capacities and rate capabilities when compared to those prepared at high temperatures.
77] Kim, CW; Lee, MH; Jeong, WT; Lee, KS. J. , 2005, 146, 534. [78] Kim, CW; Park, JS; Lee, KS. J. , 2006, 163, 144. [79] Kim, JK; Cheruvally, G; Choi, JW; Kim, JUk; Ahn, JH; Cho, GB; Kim, KW; Ahn, HJ. J. , 2007, 166, 211. [80] Kwon, SJ; Kim, CW; Jeong, WT; Lee, KS. J. , 2004, 137, 93. [81] Liao, XZ; Ma, ZF; Wang, L; Zhang, XM; Jiang, Y; He, YS. Electrochem. , 2004, 7, A522. [82] Shin, HC; Chung, KY; Min, WS; Byun, DJ; Jang, H; Cho, BW. Electrochem. , 2008, 10, 536. [83] Shin, HC; Cho, WI; Jang, H.
The charge/discharge testing results demonstrate that MWCNTs can improve cycling efficiency and rate capability more effectively on the same conditions than carbon black. A variety of oxo-functional groups may exist on the surface of acetylene black. These external functional groups and micropores on the surface contribute to the irreversible reactions with electrolytes [140]. However, MWCNTs can prevent these irreversible reactions and improve cycling efficiency due to deletion of oxides groups and reduction of specific surface area.