MRI-compatible soft fiber bioelectronics for multimodal assessment of electrical neural stimulation on whole-brain activation [0.03%]
一种兼容磁共振成像的软纤维生物电子设备可对全脑激活进行电神经刺激的多模式评估
Wenjun Li,Xiao Li,Haibo Yang et al.
Wenjun Li et al.
Deciphering mechanisms of electrical neural stimulation using multimodal approaches combining electrophysiology and magnetic resonance imaging (MRI) is pivotal for advancing neuromodulation therapies. However, this paradigm has been hindere...
Intrauterine natural killer cell therapy for unexplained recurrent pregnancy failure [0.03%]
复发性不明原因妊娠丢失的宫内自然杀伤细胞治疗
Hui Zhu,Xianghui Du,Yan Xu et al.
Hui Zhu et al.
Extending the theory of classical nonsolvent-induced phase separation to regulate membrane pores [0.03%]
扩展经典非溶剂致相分离理论以调控膜孔大小
Chaoyang Jia,Chenkai Mu,Yiwen Chen et al.
Chaoyang Jia et al.
Nonsolvent-induced phase separation, employed for over 60 years to prepare porous membranes, still has unclear pore formation mechanisms due to coupled variables. Classical theory links the distinct pore morphologies, i.e. macrovoids or cel...
Deep learning-driven intelligent mesoscopic model (DeepMeso): a case study on ferroelectrics [0.03%]
基于深度学习的智能介观模型（DeepMeso）及铁电材料中的应用研究案例分析
Run-Lin Liu,Zhong-Hui Shen,Han-Xing Liu et al.
Run-Lin Liu et al.
Integrating artificial intelligence with computational methods has emerged as a transformative force in materials research, exemplified by breakthroughs such as DeepH and DeepMD. However, a critical gap persists in multiscale intelligent de...
Structure-programmable solid electrolytes for stack-pressure-free all-solid-state micro-batteries [0.03%]
结构可编程固态电解质堆叠压力自由微电池中的全部固体状态
Zhijun Yang,Jiaxin Ma,Zhong-Shuai Wu
Zhijun Yang
Structural programming enables the rational construction of solid electrolytes into architected frameworks capable of stress regulation, directional ion transport modulation, and interfacial stabilization, thereby allowing stack-pressure-fr...
Breaking energy-power-stability trade-off in Li-S battery via HoMS [0.03%]
通过HoMS打破Li-S电池中能量-功率-稳定性之间的制约关系
Yuanguo Wu,Xikun Zhang,Xingbao Zhu et al.
Yuanguo Wu et al.
Taming conformational entropy for low-cost and high-performance organic photovoltaics [0.03%]
利用构象熵制备低成本高效率有机光伏材料
Yongsheng Chen
Yongsheng Chen
Confinement physical entanglement enables programmable polymeric mesoporous membranes from nanocrystal superlattices [0.03%]
限制性物理纠缠使超晶格纳米晶体成为可编程多孔聚合物中孔膜
Zhebin Zhang,Ting Wang,Yutong Gao et al.
Zhebin Zhang et al.
Mesoporous membranes with tunable architectures and robust mechanical properties remain challenging to fabricate, owing to the difficulty of simultaneously achieving structural order and mechanical stability. We report a general strategy to...
Single-molecule magnetostrictor: an {Fe8Gd8} cubic crystal exhibits temperature-dependent magnetostriction [0.03%]
单分子磁致伸缩体：一种{Fe8Gd8}立方晶体制备及温度相关的磁致伸缩效应研究
Dong-Yang Li,Lei Qin,Yuan-Qi Zhai et al.
Dong-Yang Li et al.
Molecular magnets, as an important category of nanosized magnetic materials have attracted considerable interest for their wide applications such as contrasting agents for magnetic resonance imaging, low-temperature magnetic refrigerants, a...
Increasingly severe thermal stresses on global photosynthesis using insights from observations of canopy temperature [0.03%]
利用冠层温度观测结果分析全球光合作用面临的热应力逐渐加剧问题
Tianbo Pan,Hao Xu,Chris Huntingford et al.
Tianbo Pan et al.
Temperatures could routinely exceed the optimal levels for photosynthesis as global warming intensifies, imposing thermal stress on the productivity of vegetation. We utilized satellite-derived canopy temperature and gross primary productiv...