Jiangxi Silicon Nitride New Materials Co., Ltd. has been committed to in-depth research and innovative development in the field of silicon nitride new materials. With a professional research team and advanced research equipment, the company has continuously achieved breakthroughs in technology research and development. Recently, the company's research team has made significant progress in the research of silicon nitride new materials, and the related achievements have been condensed into five high-quality papers:

1.The Influence of Sintering Methods on the Properties of Silicon Nitride Ceramics 

2. Effects of Cr2O3-Y2O3-MgO Ternary Sintering Additives on Microwave Dielectric and Insulation Properties of 99 Alumina Ceramics 

3. The Influence of Alumina on the Microstructure of Pressureless Sintered Silicon Nitride

4.Research on the Low-Temperature Preparation of MgO Ceramics by Doping with MgF2Al2O3 Additives 

5. Low-temperature Preparation of Thermomechanically Enhanced Alumina Titanate Ceramics with Silicon Nitride Sintering Aid

          These five papers cover multiple key directions including the optimization of the preparation process of new silicon nitride materials, the mechanism of performance improvement, and the expansion of application fields. They not only demonstrate the company's leading technological level in this field but also provide new ideas and solutions for the development of the industry. These research results have undergone strict experimental verification and theoretical analysis, and possess extremely high academic value and practical guiding significance. Now, we are publishing these five papers on the company's official website, aiming to share the scientific research achievements with colleagues in the industry, promote academic exchanges and cooperation in the field of new silicon nitride materials, and jointly advance the progress and development of the industry.For more details, please click the following link:

1、https://bit.ly/48a9YbL

       2、https://bit.ly/42gNkL4

       3、https://bit.ly/46sNFNc

       4、https://bit.ly/3JVNn8X

       5、https://www.hanspub.org/journal/paperinformation?paperid=96361