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Definition of Li2Mn2O7
Li2Mn2O7, also known as lithium manganate or lithium manganese oxide, is a chemical compound of lithium, manganese, and oxygen. Li2Mn2O7 is known for its ability to store a large amount of lithium, and it has been extensively studied as a valuable material for lithium-ion batteries. Each Li2Mn2O7 molecule contains 2 lithium atoms, 2 manganese atoms, and 7 oxygen atoms. The molar mass of Li2Mn2O7 is approximately 228.87 g/mol. -
Properties of Li2Mn2O7
Li2Mn2O7 usually appears as red or brown powder. This substance has high hardness, good electrochemical properties, and high-temperature resistance. The chemical properties of Li2Mn2O7 are not fully understood, but it is known for its conductivity and stability in acidic or alkaline environments. -
Common Chemical Equations for Li2Mn2O7
Due to the unclear understanding of the chemical properties of Li2Mn2O7, we cannot provide the detailed reactions at this time. -
Synthesis of Li2Mn2O7
Li2Mn2O7 is typically produced through a high-temperature process by melting raw materials that contain lithium and manganese. This process requires strict control of temperature and time to ensure the final product achieves high quality.