Shujie Tang

Ferroelectric Bi 2 O 3 Nanoflakes for a High Polarization Ratio in UVC Photodetectors

Runhui Wang, Wei Ying, Xin Wang, Yan Zhang et autres

Low-dimensional ferroelectrics with wide bandgaps demonstrate great potential in realizing high-contrast polarimetric ultraviolet-C (UVC) photodetectors. However, numerous UVC platforms suffer from limited polarization discrimination, and their polar-order signatures may diminish at elevated temperatures, thereby hindering robust polarimetric readout. Here, we report rhombohedral …

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Unraveling synergistic control in green Leaching: A double exponential kinetic model for efficient and sustainable indium recovery from E-waste using deep eutectic solvents

Runchang Su, Yadi Wang, Shujie Tang, Zhipeng Wang et autres

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Light‐controlled 1D to 2D 2,3‐Diaminophenazine Self‐assembly Transformation on Cu(111) Surface

Yang Shi, Yiqian He, Lingling Wang, Yishan Hu et autres

Controlled molecular self-assembly enables precise engineering of nanomaterials with programmable dimensionality and functionality. Conventional thermal-driven approaches, however, often struggle to achieve structural complexity due to weak intermolecular interactions and entropy-driven disorder at elevated temperatures. Here, we introduce a light-controlled methodology to realize …

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Pronounced scale-dependent charge carrier density in graphene quantum Hall devices

Ziqiang Kong, Yujun Feng, Han Gao, Ru Sun et autres

Topological Surface Superconductivity via Josephson Coupling in Bi 2 Te 3 /Nb

Joseph Andrew Hlevyack, Syu‐You Guan, Yen-Chen Tsui, Wenyu Chen et autres

High Resolution Image Download MS PowerPoint Slide Since discoveries of protected conducting surface states, topological superconducting qubits have enchanted quantum science as prime elements in future fault-tolerant devices, particularly those based on Josephson junctions containing topological insulators. Still, Josephson coupling is often …

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Facile and robust synthesis of wafer-scale continuous highly oriented MoS2 films by the confined space method

Chuang Tian, Xiaochi Tai, Yanping Sui, Yujie Feng et autres

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Refined bifunctional deep eutectic solvent for one-step selective indium and tin recovery from spent LCDs

Yadi Wang, Runchang Su, Shujie Tang, Mei Zhang et autres

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Giant nonlinearity in epitaxial graphene moiré superlattices for RF energy harvesting

Zengfeng Di, Wenhao Tan, Jiuming Liu, Zirui Wang et autres

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Mott insulating phase and coherent-incoherent crossover across magnetic phase transition in 2D antiferromagnetic CrSBr

Fan Wu, Xuefeng Zhang, Yi Chen, Ding Pei et autres

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Ethanol-driven bifunctional deep eutectic solvents for efficient in situ selective recovery of valuable metals from spent lithium batteries

Runchang Su, Shujie Tang, Yadi Wang, Mei Zhang et autres

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Ethanol-Driven Bifunctional Deep Eutectic Solvents for Efficient in Situ Selective Recovery of Valuable Metals from Spent Lithium Batteries

Min Guo, Runchang Su, Shujie Tang, Yadi Wang et autres

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Out‐of‐Plane Superexchange Interaction Enhanced Ferromagnetism in Semiconducting Monolayer Cr 2 Se 3

Shipeng Lu, Zhonglin He, Yinping Pan, Zhiqiang Guo et autres

Abstract 2D magnetic semiconductors exhibit great potential for next‐generation spintronics, but realizing their full capabilities has been hindered by the low Curie temperatures ( T c ) below 50 K observed in current materials. Here, a new mechanism to substantially enhance the …

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