The rapid development of high-voltage power electronics (exceeding 1.7kV) for electric vehicle traction inverters and renewable energy systems has created […]
Nature has evolved sophisticated structures for efficient heat and mass transfer, offering inspiration for next-generation thermal interface materials. This research
High-power laser systems and directed energy applications present unique thermal management challenges characterized by extremely high heat fluxes (often exceeding
The semiconductor industry’s transition to 3D heterogeneous integration presents unprecedented thermal management challenges, particularly at die-to-die interfaces where conventional thermal
The increasing operating temperatures of power electronics, particularly in automotive, aerospace, and industrial applications, have created demand for thermal interface
High-Frequency Compatible Thermal Materials for 5G mmWave and 6G Sub-THz Antenna Systems Abstract: The transition to millimeter wave and sub-terahertz frequencies
Advanced Liquid Cooling Thermal Interface Solutions for Next-Generation Power Electronics in Electric Vehicles Abstract: The rapid evolution of electric vehicle power
Transformative Applications of Advanced Phase Change Thermal Interface Materials in High-Performance Computing Clusters Abstract: As artificial intelligence and high-performance computing push
Thermal management for electronic systems in deep-space exploration missions faces multiple extreme environmental challenges, including ultra-high vacuum, severe temperature cycling
As 5G communication evolves into the millimeter-wave spectrum, the power density and heat flux of Massive MIMO Active Antenna Units
The path to commercial fusion energy is paved with extraordinary thermal challenges. Within devices like tokamaks and stellarators, plasma-facing components
The explosion of low-Earth orbit (LEO) satellite mega-constellations for communications and Earth observation has forced a radical rethinking of traditional
