搜索结果: 1-15 共查到“工学 nanoscale”相关记录53条 . 查询时间(0.031 秒)
New blue light technique could enable advances in understanding nanoscale technologies（图）
蓝光技术 纳米级技术 半导体 电子产品
2023/6/26
A team of Brown University researchers created a solution to a nanoscale resolution challenge that has for decades limited the study of materials that could lead to more energy efficient semiconductor...
Fabricating the large numbers of computer chips that are found in a multitude of everyday objects, from cell phones to car navigation systems, relies on the use of precise, microscopic stencils that c...
Water regulation in leaves is vital to a plant’s health, affecting its growth and yield, disease susceptibility and drought resistance.
中国科学院深圳先进技术研究院杜学敏研究员入选Nanoscale 2021年度Emerging Investigators（图）
中国科学院深圳先进技术研究院 杜学敏研究员 入选 Nanoscale 2021年度 Emerging Investigators
2021/5/10
近日，中国科学院深圳先进技术研究院医工所纳米调控中心杜学敏研究员被遴选为英国皇家化学学会旗下Nanoscale期刊2021年度Emerging Investigators，该荣誉颁授给在纳米领域有重要创新性研究成果的优秀青年科学家，他们在纳米科学与技术方面取得的成果被认为有望影响未来纳米研究的发展方向。杜学敏研究员还受邀在Nanoscale 2021 Emerging Investigators专...
近日，我校物理工程学院2018级硕士研究生周玉林在国际著名期刊《Nanoscale》（SCI一区，IF=6.970）在线发表题为《Rapid Preparation of Ultra-fine and Well-dispersed SnO2Nano-particles Via Double Hydrolysis Reaction for Lithium Storage》的研究论文。本文第一完成单位...
Spontaneous formation of nanoscale hollow structures could boost battery storage（图）
Spontaneous formation nanoscale hollow structures boost battery storage
2020/6/19
An unexpected property of nanometer-scale antimony crystals -- the spontaneous formation of hollow structures -- could help give the next generation of lithium ion batteries higher energy density with...
Spontaneous formation of nanoscale hollow structures could boost battery storage（图）
Spontaneous formation nanoscale hollow structures boost battery storage
2020/7/3
An unexpected property of nanometer-scale antimony crystals -- the spontaneous formation of hollow structures -- could help give the next generation of lithium ion batteries higher energy density with...
近期，我院陈江坤研究生、陈大钦教授等 “具有高效上/下转换发光特性的CsRe2F7@glass复合材料：从原位纳米结晶合成到多功能应用” 研究成果在《Nanoscale》上发表。
Researchers create nanoscale sensors to better see how high pressure affects materials（图）
Researchers create nanoscale sensors how high pressure affects materials
2020/2/20
Iowa State University researchers have developed new nanoscale technology to image and measure more of the stresses and strains on materials under high pressures.The researchers reported the results o...
华中科技大学光学与电子信息学院缪向水教授团队类脑器件进展登《Nanoscale》封面（图）
华中科技大学光学与电子信息学院 缪向水 教授 类脑器件 Nanoscale 光电突触晶体
2019/10/28
近日，国际知名期刊《Nanoscale》2019年第38期刊发了ISMD团队光电突触晶体管应用于边缘视觉系统的工作，该工作被选为当期封面。该封面论文题目为《An Electro-Photo-Sensitive Synaptic Transistor for Edge Neuromorphic Visual System》，文章在可商用化的InGaZnO薄膜晶体管中，实现了一系列光信号和电信号共同调...
华南师范大学先进光电子研究院在读硕士黄冰如在Nanoscale、ACS Nano期刊发表文章（图）
华南师范大学先进光电子研究院 黄冰如 Nanoscale ACS Nano期刊 发光材料
2019/1/4
近日，我校华南先进光电子研究院光及电磁波研究中心硕士研究生黄冰如在光子上转换发光材料领域取得一定的成果，先后在Nanoscale（SCI一区，IF=7.233）, ACS Nano（SCI一区，IF=13.709）期刊上发表相关文章。在Nanoscale上发表题为《One-scan fluorescence emission difference nanoscopy developed with ...
Researchers Show How Nanoscale Patterning Can Decrease Metal Fatigue（图）
Researchers Nanoscale Patterning Decrease Metal Fatigue
2017/11/23
A new study in the journal Nature shows how metals can be patterned at the nanoscale to be more resistant to fatigue, the slow accumulation of internal damage from repetitive strain.The research focus...
2018年SPIE纳米材料合成与光子学会议（SPIE Synthesis and Photonics of Nanoscale Materials XV）
2018年 SPIE 纳米材料合成与光子学 会议
2017/10/26
2018年SPIE纳米材料合成与光子学会议（SPIE Synthesis and Photonics of Nanoscale Materials XV）。
Nanoscale islands dot light-driven catalyst（图）
Nanoscale islands dot light-driven catalyst
2017/10/25
Individual nanoscale nuggets of gold, copper, aluminum, silver and other metals that capture light’s energy and put it to work are being employed by Rice University scientists who have discovered a wa...
First On-Chip Nanoscale Optical Quantum Memory Developed（图）
On-Chip Nanoscale Optical Quantum Memory
2017/9/20
Quantum memory stores information in a similar fashion to the way traditional computer memory does, but on individual quantum particles—in this case, photons of light. This allows it to take advantage...