This book is the conference proceedings of the Chinese Materials Conference 2025 held by the Chinese Materials Research Society (C-MRS) in Xiamen, China. It consists of about 20 papers in fields such as energy materials, environmental materials, advanced structural materials, functional materials as well as materials simulation, preparation, and evaluation. Readers will encounter new ideas and technologies in the field of advanced materials.

Gathers selected presentations from the Chinese Materials Conference 2025, Xiamen, China, in July 2025 Presents the latest research findings from leading scholars and experienced engineers in the field of materials Promotes advanced materials and technologies in latest development

Autorentext

Yanan Chen

Mainly engaged in the research of ultrafast preparation of new materials and their application in the field of new energy. In 2016, Professor Chen Yanan and Professor Hu Liangbing first proposed the concept of high-temperature thermal shock and pioneered the emerging research field of ultrafast synthesis of nanomaterials based on the concept of high-temperature thermal shock. As the first/corresponding author (including co-author), he has published more than 70 research papers in top journals such as Nature Sustainability , Nature Comm . (2), JACS (2), Adv. Mater. (4), Angew. Chem. , NSR , Materials Today (2), Nano Letters (3), ACS Nano , AEM (12), AFM (2), etc., and many of his papers have been selected as highly cited papers. His research results have been reported many times by media such as Guangming.com, Guangming Daily, People's Daily, Zhonghong.com, Science and Technology Daily, China Daily, Beijing Daily, etc. He has been authorized with more than 10 national invention patents and US invention patents and has converted many patents (conversion amount of 4 million).

Inhalt

Chapter 1. Investigation of the Effect of Unit Cell Volume on the Compressive Strength of Lattice Structure Materials.- Chapter 2. Influence of pretreatment on carbonization performance of steel slag sand.- Chapter 3. Hot deformation behavior of Ti particles reinforced AZ91D composites.- Chapter 4. Enhancing Silicon Carbide Crystal Growth Rate by Pr, Ce and La Solvent Additives in Top-Seeded Solution Growth.- Chapter 5. Full-scale Burst Test Validation of DWTT Index for Thick-walled Steel Pipes.- Chapter 6. Mechanical Properties of Polyurethane Foam-Filled Corrugated Structures with Different Webs.- Chapter 7. Experimental investigation on compression response of sandwich honeycomb composites fabricated by 3D printing.- Chapter 8. Effect of Magnetic Liquid Sealed Spindle Eccentricity on Pressure Resistance and Rotational Torque.- Chapter 9. Optimizing Composite Magnetic Field Ferrofluid Seal for Hydrogen Energy Systems.- Chapter 10. Research Progress on Intelligent Image Recognition of Engineering Material Failure Cracks.- Chapter 11. Research Progress on Prediction of Mechanical Properties of Materials Based on Materials Genome Engineering.- Chapter 12. Effect of solution cooling rate on the microstructure and properties of a third generation single crystal superalloy and its turbine blade.- Chapter 13. Surface strengthening on fretting fatigue crack propagation of Ti-6Al-4V dovetail slots.- Chapter 14. Analysis on Green Product Assessment Indexes for Thermal Insulation Aerogel Products.- Chapter 15. Effect of Spray Distance on Microstructure and Thermal Shock Resistance of Feather-like Structured 7YSZ Thermal Barrier Coating Prepared by Plasma Spray Physical Vapor Deposition.- Chapter 16. Influence of mica in artificial sand on the performance of dam concrete.- Chapter 17. Microstructure and soft magnetic properties of iron nitride nanoparticles via gas nitridation.- Chapter 18. Research on Accurate Measurement Method of Crude Oil Water Content Based on Image Recognition.- Chapter 19. Magnetron Sputtering Deposition of Al, AlSi and AlSiCu Thin Films and Their Surface Properties.- Chapter 20. Research on the Full-Lifecycle Performance Assessment Technology for Aerogel Materials and Products.- Chapter 21. Multi-Tooth Magnetic Fluid Seals with Small Tooth Pitch: Pressure Transfer.- Chapter 22. Research Progress on Assessment Methods for Greenhouse Gas Reduction Potential of Low-Carbon Building Materials.- Chapter 23. Research on Medical Isotope Target Technology.- Chapter 24. Additive-Free Hydrothermal Synthesis of Hydroxyapatite Nanofibers for Enhanced Copper Ion (Cu(II)) Adsorption.- Chapter 25. The Corrosion Behavior of Ti-6A1-4V-1Mo-1Zr Titanium Alloy Drill Pipe Materials in High-Salt Environments at Different Temperatures.