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Location: Home > Research > Research Progress   Research Progress   Researchers Develop Generalized Transport Model to Reveal Dimensional Cr...[ 08, 2026] Low-dimensional materials are pivotal for next-generation electronics and energy conversion technologies due to their unique quantum confinement effects and exceptional electronic properties. However, reliably determining the effective d...   Researchers Develop Sustainable, High-performance 3D-printed Foams with ...[ 06, 2026] Lightweight, hierarchically porous elastomeric foams are highly desirable for applications in energy absorption, vibration damping, and flexible sensing. Combining the design freedom of 3D printing with the lightweight nature of foams of...   Ampere-level Membrane-free Bipolar Ammonia Electrosynthesis Realized wit...[ 04, 2026] Ammonia (NH3) is an essential chemical feedstock, yet its conventional production via the Haber–Bosch process is widely recognized as energy-intensive and carbon-emissive, motivating the search for greener synthesis routes.Electrocataly...   Forced Bond Ionization Unlocks Ultralow Lattice Thermal Conductivity Mat...[ 04, 2025] Thermoelectric materials play a critical role in energy harvesting and thermal management, yet achieving ultralow lattice thermal conductivity (κlat)—a key factor for boosting their efficiency—remains a major challenge.In a study publ...   Researchers Achieve Precise Synthesis and Surface Host-guest Chemistry o...[ 04, 2025] Spherical nanoparticles balance the high surface energy imposed by nanoscale dimensions against the surface energy minimization promoted by spherical geometry. Their surface properties are crucial to their application effectiveness. Howe...   Turning Peanut Shells into Treasure: ZIF-67/Biochar Composites Enable Ef...[ 21, 2025] Amid the global push for carbon neutrality, converting CO2 into valuable fuels and chemicals is crucial. However, traditional methods like thermal, photo, and electrocatalysis face limitations in efficiency, energy use, and cost. Using w...   Researchers Achieve Highly-ordered Architectures from Charged Boron-oxo ...[ 20, 2025] Beyond metal oxides, various natural minerals and artificial solid-state materials, such as silicates, halides, borates, and perovskites, have been extensively studied for their applications in catalysis, energy storage, and optoelectron...

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