最新均化技术在氧化铝微晶粉粒中杂质分布控制的应用研究OA
Study on the Application of the Latest Homogenization Technology in Impurity Distribution Control of Alumina Microcrystalline Powder
随着材料科学的发展,氧化铝微晶粉粒因出色的物理化学性质在多领域广泛应用,但其内杂质分布一直是影响性能的关键因素.本文借最新均化技术控制杂质分布以提高材料均匀性和稳定性,先分析杂质对其性能的影响,再探讨均化技术原理及在杂质控制中的应用,经过实验验证了该技术在降低杂质浓度和改善粉粒性能的有效性.
With the advancement of materials science,alumina microcrystalline powder has been widely applied across multiple fields due to its excellent physicochemical properties.However,the distribution of internal impurities remains a critical factor affecting its performance.This study employs the latest homogenization technology to control impurity distribution,thereby enhancing material uniformity and stability.The influence of impurities on material properties is first analyzed,followed by an exploration of the principles of homogenization technology and its application in impurity control.Experimental validation confirms the effectiveness of this technology in reducing impurity concentrations and improving powder performance.
顼鹏飞;康志军
中铝山东有限公司,山东 淄博 255052中铝山东有限公司,山东 淄博 255052
通用工业技术
氧化铝微晶粉粒杂质控制均化技术性能优化材料科学
Alumina microcrystalline powderimpurity controlhomogenization technologyperformance optimizationmaterials science
《世界有色金属》 2026 (4)
33-35,3
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