化学联合系列(Li+ Ni3+ - Mn3+ - O2)系统

Y. Undalov, E. Terukov, D. V. Agafonov, A. Bobyl
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摘要

本文首次提出了一种计算Li+ - Ni3+ - Mn3+ - O2 -体系中同系化合物分子式的方法。计算了以化合物Li6Ni2Mn2O9和Li4Ni2Mn2O8为基础的三组分体系(Li+ - Ni3+ - O2-)、(Ni3+ - Mn3+ - O2-)、{Li+ - Mn3+ - O2-}和四组分体系(Li+ - Ni3+ - Mn3+ - O2-),并分别计算了6个同源序列。计算出的同源序列向Mn2O3、Ni2O3和Li2O方向发展。特别令人感兴趣的是Li12n-6Ni2Mn2O6n+3和Li12n-8Ni2Mn2O6n +2四组分体系的同源序列,分别是在Li6Ni2Mn2O9和Li4Ni2Mn2O8的基础上计算出来的,它们沿同一方向发展- Li2O。体系(Li+ - Ni3+ - Mn3+ - O2 -)与固溶体体系(Li+ - Ni3+ - Mn3+ - Co3+ - O2 -)相比,由于不含钴,更环保
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HOMOLOGOUS SERIES OF CHEMICAL COMPOUNDS OF (Li+ – Ni3+ – Mn3+ – O2–) SYSTEMS
This paper presents for the first time a method for calculating the formulas of homological series of chemical compounds in the system (Li+ – Ni3+ – Mn3+ – O2–). Both three – component systems (Li+ – Ni3+– O2–), (Ni3+ – Mn3+ – O2–), {Li+ – Mn3+ – O2–}, and a four – component system (Li+ – Ni3+ – Mn3+ – O2-) based on the compounds Li6Ni2Mn2O9 and Li4Ni2Mn2O8 are calculated .On the basis of each of these compounds, six homological series are calculated. The calculated homological series develop towards Mn2O3, Ni2O3, and Li2O. Of particular interest are the homological series of the four-component system Li12n-6Ni2Mn2O6n+3 and Li12n–8Ni2Mn2O6n+2, calculated on the basis of Li6Ni2Mn2O9 and Li4Ni2Mn2O8, respectively, which develop in the same direction – Li2O. System (Li+ – Ni3+ – Mn3+ – O2–) compared to solid solution system (Li+ – Ni3+ – Mn3+ – Co3+ – O2–) is more environmentally friendly due to the absence of cobalt
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