Nanotechnology

Through the rapid development of large-area AMFPI based on amorphouse silicon active matrix technology, it will become the dominant dector technology in x-ray imaging.

KEYWORDS 

High Efficiency, Cadmium Selenide, Selenium, Avalanche Multiplication Gain, Multi-well, Fabrication, Unipolar, Time-Differential (UTD) Charge Sensing.

Versatile nanoscale graphene ocide (nGO) allowing new clinical methodologies and implementations.

KEYWORDS 

microbial transglutaminase cross-linking, nanoscale graphene oxide doping, biocompatible, physiologically viable, low-cost, biomimetic, naturally-derived, cancer therapy, tissue engineering, drug deliver

First attempt to design a practical direct conversion amorphous selenium detector with avalanche gain.

KEYWORDS 

Selenium, Avalanche Multiplican Gain, Multi-well, Fabrication, Unipolar Time-Differential Charge Sensing

New laser- and fludic circuit assisted methodologies for hollow oxide nanoparticle production

KEYWORDS 

laser ablation in liquid, hollor nano particles, laser manufacturing

Novel 2’-Deoxyguanine Analogs with Enhanced Binding Affinity and Selectivity in Duplex Formation

KEYWORDS 

Purine analogs, DNA hybridization methods

KEYWORDS 

Supercapacitor, Graphene, High voltage, High Energy Supercapacitor

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