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INORGANIC CHEMISTRY

Perovskites Research: A breakthrough in synthesizing all-organic two-dimensional perovskites, which hold potential for various electronic applications, has been achieved. This extends the possibilities for 2D electronics and efficient material designs​


Greenhouse Gas Conversion: New solar technology has been developed to convert greenhouse gases into valuable fuels, providing a green method to address climate change issues while producing useful chemicals​. Battery Recycling: Innovations in lithium-ion battery recycling, particularly the use of solid or liquid nonflammable electrolytes, aim to improve safety and reduce material use, enhancing the sustainability of battery technology.
Electronic Waste Recycling: Techniques to extract precious metals like gold, silver, and copper from electronic waste are being refined, offering sustainable solutions to manage tech trash and recover valuable resources​.

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#InorganicChemistry, #Chemistry, #PeriodicTable, #CoordinationChemistry, #TransitionMetals, #CrystalStructures, #Catalysis, #Bioinorganic, #MaterialsScience, #Nanomaterials, #Metallurgy, #ChemicalReactions, #CoordinationCompounds, #MolecularOrbitals, #LigandFieldTheory, 
#SyntheticChemistry, #EnvironmentalChemistry, #ChemicalBonding, #RedoxReactions, 
#ChemicalKinetics, #SolidStateChemistry, #IndustrialChemistry, #GreenChemistry,
#SurfaceChemistry, #ChemistryEducation.




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