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Technique developed to help 2D materials expand

A technique that accurately measures how atom-thin materials expand when heated could help engineers develop powerful electronic devices.

Yang zhongEvelynn wangLenan zhangChris vavraDepartment of mechanical engineeringEnergy engineering at southern university of scienceDepartment of electrical engineeringFord professorMechanical engineeringElectrical engineeringComputer scienceEnergy engineeringSouthern universityControl engineering

How 2D Materials Expand

Two-dimensional materials, which consist of just a single layer of atoms, can be packed together more densely than conventional materials, so they.

Yang zhongEvelynn wangAdam zeweMaterials research scienceSouthern university of scienceDepartment of electrical engineeringCenters for mechanical engineering researchDepartment of mechanical engineeringUs army research officeEngineering centersEnergy engineering at southern university of scienceUs national science foundationLenan zhangFord professorMechanical engineeringElectrical engineering

Nanotechnology Now - Press Release: How 2D materials expand: New technique that accurately measures how atom-thin materials expand when heated could help engineers develop faster, more powerful electronic devices

Nanotechnology Now - Press Release: How 2D materials expand: New technique that accurately measures how atom-thin materials expand when heated could help engineers develop faster, more powerful electronic devices
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Feng dingUnited kingdomYang zhongEvelynn wangLenan zhangAdam zeweAbby abazoriusMaterials research scienceSouthern university of scienceResearch awards scholarships gifts contests honors recordsMassachusetts institute of technologyHome press howDepartment of electrical engineeringNews officeCenters for mechanical engineering researchDepartment of mechanical engineering

How 2D materials expand | MIT News | Massachusetts Institute of Technology

Researchers developed a technique to effectively measure the thermal expansion coefficient of two-dimensional materials. With this information, engineers could more effectively and efficiently use these atomically-thin materials to develop next-generation electronic devices that can perform better and run faster than those built with conventional materials.

Yang zhongEvelynn wangMaterials research scienceSouthern university of scienceDepartment of electrical engineeringCenters for mechanical engineering researchDepartment of mechanical engineeringUs army research officeEngineering centersEnergy engineering at southern university of scienceUs national science foundationLenan zhangFord professorMechanical engineeringElectrical engineeringComputer science

Robotic intracellular electrochemical sensing for adherent cells

Robotic intracellular electrochemical sensing for adherent cells
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Dong liuZhen zhanYanmei maShenzhen key laboratory of biomimetic roboticsScale robotics labNational university of sciencesNagoya universityInnovation commission of shenzhen municipalityEngineering guangdong laboratory guangzhouTechnology program of guangdong grant noSouthern university of scienceTechnology program grant noNational natural science foundation of chinaGuangdong provincial key laboratory of humanDepartment of mechatronics engineeringSustech core research facilities