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The liquid-phase carbonization strategy helps to recycle waste polyethylene terephthalate into high-performance hard carbon
2+ hour, 44+ min ago (234+ words) We ingeniously changed the traditional solid-phase precursor to liquid-phase precursor in the process of carbonizing waste polyethylene terephthalate (PET), which not only formed more intrinsic carbon defects with different topologies, but also regulated the morphology and structure of the hard…...
Cracking the code on sulfur-based cathodes
9+ hour, 51+ min ago (570+ words) Changing techniques, not materials, is unlocking sulfur's potential in solid-state batteries, paving the road for EVs to travel longer distances image:Chen-Jui (Ben) Huang, a postdoctoral researcher at the UChicago Pritzker School of Molecular Engineering and UC San Diego's Laboratory…...
Drone LiDAR surveys of abandoned roads reveal long-term debris supply driving debris-flow hazards
13+ hour, 59+ min ago (126+ words) image:Image of an abandoned road, Shizuoka Prefectural Road, Route 288, Japan view more Credit: University of Tsukuba Across Japan's mountainous regions, the number of abandoned roads is increasing due to route realignment. These unused roads have rarely been utilized for…...
Mg-O2 secondary battery using a nitrogen doped nanoporous graphene after discharge
15+ hour, 25+ min ago (53+ words) Mg-O2 secondary battery using a nitrogen doped nanoporous graphene after discharge [IMAGE]EurekAlert! An image of Mg-O2 secondary battery using a nitrogen doped nanoporous graphene after discharge Yoshikazu Ito, University of Tsukuba More on this News Release High'performance all'solid'state magnesium-air…...
Core structural framework of the approach taken in this paper
20+ hour, 4+ min ago (138+ words) Core structural framework of the approach taken in this paper (IMAGE)EurekAlert! Core structural framework of the approach taken in this paper Xing Zhang, Juqiang Feng, Feng Cai, Kaifeng Huang & Shunli Wang. This Original Content image is restricted for Non…...
Record Certified Efficiencies of Mainstream Solar Cell Technologies in 2025
23+ hour, 17+ min ago (82+ words) Record Certified Efficiencies of Mainstream Solar Cell Technologies in 2025 (IMAGE)EurekAlert! Combined summary of 2025 record efficiencies for silicon, perovskite, and organic solar cells, illustrating the latest technological benchmarks and cross-platform performance comparison under standard test conditions. Wenzhong Shen, Yixin Zhao…...
Multi-resonance emitters with phosphorus-bridged cyclization: spectral narrowing synergized with accelerated reverse intersystem crossing
23+ hour, 28+ min ago (48+ words) Multi-resonance emitters with phosphorus-bridged cyclization: spectral narrowing synergized with accelerated reverse intersystem crossing'EurekAlert! Figure 4. Device performances of OLEDs based on BCzBN-PO and BCzBN-PS. More on this News Release Multi-resonance emitters with phosphorus-bridged cyclization: Spectral narrowing synergized with accelerated reverse intersystem…...
Sungkyunkwan University researchers develop next-generation transparent electrode without rare metal indium
1+ day, 2+ hour ago (459+ words) Sungkyunkwan University researchers develop next-generation transparent electrode without rare metal indium'EurekAlert! Next generation perovskite LED with Indium free N-doped SnO2 transparent electrodes Credit: Han-Ki Kim et al., "Chemically durable and cost-efficient N-doped SnO2 transparent electrodes for Full-color perovskite light-emitting diodes," Materials Today,…...
Amrophous structure of Indium free N-doped Sno2
1+ day, 2+ hour ago (60+ words) Amrophous structure of Indium free N-doped Sno2 (IMAGE)EurekAlert! Amrophous structure of Indium free N-doped Sno2 Han-Ki Kim et al., "Chemically durable and cost-efficient N-doped SnO2 transparent electrodes for Full-color perovskite light-emitting diodes," Materials Today, 2026. More on this News Release Sungkyunkwan University researchers…...
System structure of TI-CB
1+ day, 4+ hour ago (68+ words) System structure of TI-CB (IMAGE)EurekAlert! System structure of TI-CB Xiaojie Lin, Xiangrui Jin, Jiahao Xu, Xueru Lin, Zheng Luo, Zitao Yu & Wei Zhong. This Original Content image is restricted for Non - Commercial Use Only and must include proper attribution…...