In this new study, lead author Mordechai Segev of the Technion-Israel Institute of Technology, Haifa, Israel, with collaborators Vladimir Shalaev and AlexndraBoltasseva from Purdue University, Indiana...
阅读全文The studied layered crystal, grown by Kai Rossnagel’s team in Kiel, is characterized by a minimal distortion of the crystal structure at room temperature. This is due to the special structure of the ...
阅读全文Nat. Commun.:碳龙配合物阴极界面材料显著提升太阳能电池的稳定性和效率 材料 作者:X-MOL 2023-07-08 有机太阳能电池具有可印刷生产、质轻、柔性和能够制备成可穿戴设备的特点,受到科研人员的广泛关注。由于非富勒...
阅读全文红外线(Infrared; IR)对各领域的创新解决方案起着至关重要的作用,例如光谱学、夜视、光学测温、生物成像等。传统的红外线光源由于大体积、高功耗与低稳定的光谱特性,于现代可携式设备并不适用。得益于荧光粉转换白...
阅读全文7月3日,国际权威期刊《Advanced Materials》(影响因子:29.4)在线刊发了我院高亮教授团队关于热学超材料拓扑优化设计的最新研究成果“Deep-Learning-Enabled Intelligent Design of Thermal Metamaterials(深度学...
阅读全文“As our work shows, it is critical to develop new engineering frameworks for integration of nanomaterials into functional nanodevices. By moving past the traditional boundaries of nanofabrication, ma...
阅读全文水凝胶具有类似于细胞外基质的理化性质,具备良好力学性能、自愈合能力和响应性,可以用于构建组织再生的微纳米仿生结构,并提供微米尺度的表面形态来调节细胞行为,如细胞粘附、迁移或生存增殖分化因子的释放。因此...
阅读全文亚利桑那州立大学的研究人员提出了一种基于亚波长厚(
阅读全文“The capture of carbon dioxide is critical for meeting net-zero emission targets,” said Stylianou, an assistant professor of chemistry. “MOFs have shown a lot of promise for carbon capture because ...
阅读全文Our research is based on photon conversion between light waves and terahertz waves by nonlinear optical effects based on mature photonic and laser technologies. We’ve achieved cascade oscillation in ...
阅读全文This unexpected finding provides a valuable insight into the factors influencing charging speed. Excitingly, the research team also determined that by manipulating the microscopic structure of the mat...
阅读全文From PI (Physik Instrumente) LP Jul 6 2023 Auburn, MA – PI’s newest brochure provides information on power ultrasonic transducers that provide high mechanical quality and low power consumption. Piez...
阅读全文日本共同印刷(Kyodo Printing)新開發了一項可藉由接觸發揮作用之衛生材料,已確認1分鐘即可將新型冠狀病毒(SARS-CoV-2)或諾羅病毒予以去活性化,且為世界首度以單一素材發揮抗病毒、抗菌、防霉性能之材料。 新材料是...
阅读全文日本Environment Energy公司、北九州市立大學、HiBD研究所採用日本國內專利HiJET技術,成功地實現了符合永續航空燃料(SAF)國際標準「ASTM D7566」之「Annex2」的生質航空燃料製造,同時也是日本企業或大學首次依據「...
阅读全文聚合物由很多结构单元组成,即使每个结构单元在固体表面的吸附能很小,其加和就会使整链形成强大的吸附。近20多年的研究表明,聚合物与无机固体的界面相互作用会在固体表面形成无法被溶剂洗脱的“不可逆”吸附层...
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