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Dual rare-earth modification and interface engineering in Si C based heterostructures for multi-frequency electromagnetic wave absorption
1+ hour, 27+ min ago (666+ words) The escalating complexity of the electromagnetic environment calls for advanced electromagnetic wave (EMW) absorption materials capable of efficient multi-frequency attenuation. Silicon carbide (Si C) is a promising dielectric candidate but is hindered by intrinsic impedance mismatch and limited polarization loss. Herein,…...
Basalt cement: a recipe against CO2
10+ hour, 50+ min ago (164+ words) Foro3 D The University of California proposes a radical change for the cement industry. Replacing limestone with basalt, a calcium-rich volcanic rock, could reduce CO2 emissions by up to 80%. This material, responsible for 4. 4% of global pollution, seeks a cleaner alternative without losing…...
Breakthrough One-Step Sintering Boosts Ultra-High Piezoelectric Performance
1+ hour, 59+ min ago (962+ words) A groundbreaking advancement in lead-free piezoelectric ceramics promises to reshape the future of precision actuators, offering enhanced performance with reduced environmental impact. Researchers led by Professor Bo-Ping Zhang at the University of Science and Technology Beijing have unveiled a novel…...
Hydrodynamic Modelling of Odd Nematic Elasticity in Liquid Crystals
5+ hour, 13+ min ago (14+ words) Nanyang Technological University - NTU Singapore...
Chinese researchers develop lunar soil fibers for moon construction
1+ hour, 39+ min ago (348+ words) Chinese researchers have produced the lunar soil fibers and sent them to China's space station aboard cargo craft Tianzhou-10 earlier this month. The space journey of these fiber experimental samples is expected to test their ability to withstand the harsh…...
Purdue, GCCS partner to scale the future of silicon carbide
2+ hour, 22+ min ago (12+ words) Purdue University...
Holographic 3 D printing seventy times more efficient for bioimplants
8+ hour, 13+ min ago (227+ words) Foro3 D EPFL researchers have created a holographic 3 D printing system that uses 70 times less energy than previous methods. With this technique, they managed to print a full-size human ear, a breakthrough with potential for bio-printed implants in reconstructive medicine. The…...
Reviving The Y-Zipper: MIT's Innovation Merges Flexibility And Structure In 3 D Design
3+ hour, 51+ min ago (306+ words) Initially envisioned in 1985, Freeman's concept of a triangular zipper was shelved due to limitations in fabrication technology. Fast forward nearly four decades, and researchers have breathed new life into this idea with advancements in computational design and 3 D printing. The…...
Micro-Electromechanical Systems (MEMS) e Book
5+ hour, 10+ min ago (150+ words) The growing importance of MEMS has driven the creation of this Micro-Electromechanical Systems (MEMS) e Book. It features a collection of expert insights and application-focused articles that explore advanced measurement and characterization techniques to help researchers better understand, test, and…...
Understanding Scintillator Materials and Radioluminescence Techniques
4+ hour, 7+ min ago (484+ words) Maria Tesa: Radioluminescence is the emission of UV, visible, or sometimes near-infrared light from a material when it is excited by high-energy ionizing radiation, such as X-rays, gamma rays, or particles like alpha and beta radiation. Materials that exhibit this…...
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