Found 7 related products for "Haiyan Wang".
Single Domain LiNbO3 Thin Films Integration via a Seed Layer Approach
In:
Semiconductors/Fabrication & Process Technologies, Materials Science & Nanotechnology/Advanced Functional Materials, Computing/Photonic & Optical Computing Technologies
A scalable, seed‑enabled process delivers single‑domain lithium niobate on standard substrates—including Si—cutting loss and simplifying RF and photonics integration.
High Strength Nanotwinned Al Alloys with 9R Phase
A novel aluminum alloy film exhibits exceptionally high strength and ductility, offering a lightweight material comparable to the best high-strength steel for automotive, construction, and military applications.
Crack Mitigation Strategies for a High Strength Al Alloy Al92Ti2Fe2Co2Ni2 Fabricated by Additive Manufacturing
In:
Materials Science & Nanotechnology/Advanced Functional Materials, Chemicals & Advanced Materials/Materials Processing & Manufacturing Technologies
Compliant LPBF scaffolding relieves residual stress to print fully dense, crack-free high-strength aluminum parts.
Additive Manufacturing of an Ultrastrong, Deformable Al Alloy with Nanoscale Intermetallics
In:
Agriculture, Nutrition, & AgTech/Ag Robotics & Automation, Medtech & Digital Health/Medical Image Processing, Automotive & Mobility Tech/Micromobility & Smart Urban Infrastructure
Additive process yields >600 MPa aluminum alloys with 10–20% plasticity using nanoscale intermetallics.
Methods of Making Ceramics Ductile
In:
Materials Science & Nanotechnology/Advanced Functional Materials, Aerospace & National Security/Advanced Protective Materials & Wearable PPE, Chemicals & Advanced Materials/Materials Processing & Manufacturing Technologies
Flash sintering and high-temperature pre-loading methods create ductile ceramics at low temperatures, significantly expanding industrial application possibilities for components like thermal barrier coatings and fuel cells.
Achieving Room Temperature Plasticity in Brittle Ceramics Through High Temperature Preloading
In:
Materials Science & Nanotechnology/Advanced Functional Materials, Materials Science & Nanotechnology/Composites & Hybrid Materials, Medtech & Digital Health/Medical Image Processing
High-temperature preloading introduces defects, enabling plasticity in normally brittle ceramics.
METHODS TO MAKE ALUMINUM ALLOY COATING ULTRA-STRONG AND HIGHLY THERMALLY STABLE
In:
Materials Science & Nanotechnology/Advanced Functional Materials, Materials Science & Nanotechnology/Thermal Management Materials & Solutions
A novel ultra-strong aluminum alloy offers superior thermal stability, significantly raising operational temperature limits and yield strength for aerospace and automotive applications.