Study of DNA properties under controlled conditions using AFM based nano-robotics

Research output: Chapters, Conference Papers, Creative and Literary Works › RGC 32 - Refereed conference paper (with host publication) › peer-review

Overview

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Keyphrases

Atomic Force Micros... Keyphrases

Nanorobotics Keyphrases

DNA Properties Keyphrases

DNA Molecule Keyphrases

Distance Dependence Keyphrases

Electrical Properti... Keyphrases

Electronic Properti... Keyphrases

Insulator Keyphrases

Promising Solutions Keyphrases

Coherent Tunneling Keyphrases

Charge Transfer Mec... Keyphrases

Consensus Opinion Keyphrases

Robotic Tool Keyphrases

Charge Transfer in ... Keyphrases

DNA Electronics Keyphrases

INIS

atomic force micros... INIS

electrical properti... INIS

electrodes INIS

communities INIS

Physics

Atomic Force Micros... Physics

Transferring Physics

Distance Physics

Molecules Physics

Society Physics

Electrode Physics

Physics Physics

Electrical Property Physics

Engineering

Atomic Force Micros... Engineering

Robotics Engineering

Mechanisms Engineering

Consensus Engineering

Development Engineering

Electronics Engineering

Experimental Result Engineering

Tunnel Construction Engineering

Research Engineering

Nonconductor Engineering

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