An adaptive model predictive control framework combined with electro-thermal-mass prediction stabilized a 100-kilowatt electrolyzer during renewable power fluctuations, shortening temperature ...
An experimental study demonstrates that dispersing carbon nanotubes and MXene in water enhances convective heat transfer by up to 34 ...
A review in Discover Vehicles details how R744-based thermal management systems enhance electric vehicle efficiency and range through advanced heat ...
A new analytical study reveals how magnetic fields, rotation, and porous boundary conditions control the flow and heat transfer of ...
University of Waterloo researchers developed a hybrid cooling system using encapsulated coolant drops to reduce chip hotspot temperatures by up ...
A bioinspired core-shell fibrous membrane integrates radiative cooling and phase-change thermal storage to regulate temperatures across both day and night.
A review in Nature Energy by KIT researchers analyzes the progress and challenges of caloric cooling systems as a sustainable ...
Simulations show that attaching copper fins to the outer wall of a LaNi5 metal hydride reactor cuts hydrogen absorption time ...
Researchers have demonstrated that grading the Seebeck coefficient inside bismuth telluride single crystals creates directional cooling that boosts maximum temperature ...
A new review argues that cutting vehicle mass is a core route to transport decarbonization, but only when paired with ...
Embark on a thrilling journey of discovery with Scienmag.com—your ultimate source for cutting-edge breakthroughs. Immerse yourself in a world where curiosity knows no limits and tomorrow’s possibilities become today’s reality!
