In the colourful landscape of materials science, Fe2O3, normally generally known as hematite, stands tall as a flexible oxide that has a rich historical past along with a promising foreseeable future. Its prominence extends beyond the realms of academia, capturing the attention of industries and policymakers alike. As worldwide discussions https://www.facebook.com/NewTechFind/posts/pfbid02RKBmt1LMaqB4vv8Hpjsh3HX13L9QeU48QHFugW4MdjJoNeTtQzNhEd9rMNyjB9NJl?__cft__[0]=AZXucAIsCr7_QHEYHn_Y4GM0ttBbbu6mqqHMSkyIE1UbxpHnIo4CmaTXx_4ZbKfCJw6322IqlHl1g4S96mpzh-BEiZCFRGmkvRB6YvixHrSuqaYfZAWrWjwrx5MbOpuKiMDnEk84Nbn0T-27QEwM4_vkKj0v9Nx0G7yiaW5PB8rPmE5lJ8kW-1j1mQxJ_qba9DJ0oHlZu-d9kY4oCyYrYdMz&__tn__=%2CO%2CP-R