搜索结果: 1-15 共查到“国际动态 晶体学”相关记录66条 . 查询时间(2.224 秒)
美国科研人员首次在三维晶体中捕获电子
三维晶体 捕获电子 美国麻省理工学院
2024/1/17
国外开发出固态晶体生长技术
固态晶体 生长技术 熔体加工
2024/1/17
![](http://www.firstlight.cn/upload/imgfile/20231/10/202311015339923.jpg)
第10届晶体生长模拟国际会议召开(图)
第10届 晶体生长模拟 国际会议
2023/1/10
2022年10月16日-19日,第10届晶体生长模拟国际会议(The 10th International Workshop on Modeling in Crystal Growth,IWMCG-10)在西安成功召开。大会主席为西安交通大学刘立军教授,荣誉主席为国际晶体生长组织(International Organization for Crystal Growth,IOCG)主席、日本东北大...
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2022年8月5日,国际著名学术期刊《Nature Communications》在线发表了东南大学生物科学与医学工程学院顾忠泽教授团队的研究成果,文章标题为“3D printing colloidal crystal microstructures via sacrificial-scaffold-mediated two-photon lithography”。该文章将胶体晶体材料与双光子聚合...
![](http://www.firstlight.cn/upload/imgfile/20236/6/202366161430900.jpg)
Scientists capture first-ever view of a hidden quantum phase in a 2D crystal(图)
二维晶体 隐藏量子相 视图 单脉冲光谱技术
2023/6/6
![](http://www.firstlight.cn/upload/imgfile/20236/21/2023621144439623.jpg)
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'Blinking' crystals may convert carbon dioxide into fuels(图)
Blinking crystals convert carbon dioxide into fuels
2020/7/24
Imagine tiny crystals that "blink" like fireflies and can convert carbon dioxide, a key cause of climate change, into fuels.A team funded by the U.S. National Science Foundation has created ...
日开发氮化镓单晶基板量产法
日本 氮化镓单晶基板 量产法
2020/6/11
日本东北大学、日本制钢所公司和三菱化学公司合作,开发出了可量产直径2英寸以上的氮化镓单晶基板的低压酸性氨热(LPAAT)法。通过实现低压晶体生长,能以相对较小的晶体生长炉量产大型晶体。利用LPAAT法在基于SCAAT法的氮化镓籽晶上制作的2英寸长氮化镓单晶基板,具有晶体镶嵌性低(对称面和非对称面的X射线摇摆曲线半值宽度在28秒内)、基板几乎没有曲翘(曲率半径约为1.5公里)的良好晶体结构特性。
美国塔夫茨大学官网近日发布公告称,该校研究人员开发出一种由亚麻纤维制成的晶体管,利用这些晶体管制成的全柔性电子器件可编织成织物佩戴在皮肤上,甚至(理论上)可通过外科手术植入体内进行诊断监测。相关成果发表于《美国化学会—应用材料与界面》杂志。
美科学家在原子层面“无缝缝制”两种晶体
美科学家 原子层面 无缝缝制 两种晶体
2018/3/13
美国一个科学家团队在最新出版的《科学》杂志上介绍了一种能在原子层面“无缝缝制”两种超薄晶体的新技术。这将为制造高质量新型电子产品提供可能。
![](http://www.firstlight.cn/upload/imgfile/20181/31/2018131162450131.jpg)
‘Gyroscope’ Molecules Form Crystal That’S Both Solid And Full Of Motion(图)
Gyroscope Molecules Form Crystal Both Solid Full Of Motion
2018/1/31
Molecular machines, much smaller than single cells, may one day be able to deliver drugs to kill cancer cells or patrol your body for signs of disease. But many applications of these machines require ...
![](http://www.firstlight.cn/upload/imgfile/20181/10/201811015517306.jpg)
Project Will Provide Reaction Kinetics Data For Deterministic Synthesis Of Metallic Nanocrystals(图)
Reaction Kinetics Data Deterministic Synthesis Metallic Nanocrystals
2018/1/10
Researchers have published the first part of what they expect to be a database showing the kinetics involved in producing colloidal metal nanocrystals – which are suitable for catalytic, biomedical, p...
![](http://www.firstlight.cn/upload/imgfile/201712/19/20171219145524847.jpg)
Hyperlens Crystal Capable Of Viewing Living Cells In Unprecedented Detail(图)
Hyperlens Crystal Capable Living Cells Unprecedented Detail
2017/12/19
Just imagine: An optical lens so powerful that it lets you view features the size of a small virus on the surface of a living cell in its natural environment.
Construction of instruments with this ca...
![](http://www.firstlight.cn/upload/imgfile/201712/18/2017121892616788.png)
Atomistic Calculations Predict That Boron Incorporation Increases The Efficiency Of Leds(图)
Atomistic Calculations Predict Boron Incorporation Increases Leds
2017/12/18
High-power white LEDs face the same problem that Michigan Stadium faces on game day — too many people in too small of a space. Of course, there are no people inside of an LED. But there are many elect...
![](http://www.firstlight.cn/upload/imgfile/201710/25/20171025152150201.png)
Researchers Invent Breakthrough Millimeter-wave Circulator IC(图)
Researchers Millimeter-wave Circulator IC
2017/10/25
Columbia Engineering researchers, led by Harish Krishnaswamy, associate professor of electrical engineering, in collaboration with Professor Andrea Alu’s group from UT-Austin, continue to break new gr...