Sentence examples for molecular devices is from inspiring English sources
Recent progress on nanoscale molecular devices is reviewed.
The use of more general protein phospholipid assemblies as nanostructured materials for the study of protein function at interfaces and the development of operational molecular devices is discussed.
The exploitation of RNA molecule as functional molecular devices is expanded from logical gate constructs to the fabrication of functional synthetic supramoleculer RNAs that have been expressed in living cells.
The study of observing specific functions of organic molecules and applying these functions to electronic and optical molecular devices is of crucial help because one can realize novel functional devices only by using organic molecules without using the maturing nano-fabrication technology in the field of semiconductor device technology.
Molecular devices are becoming promising alternatives to the existing silicon technology.
The electrical behavior of the crosslinked molecular devices was studied by testing each crosswire molecular device junction (Figure 5a).
These molecular devices are expected to help make non-volatile data storage, denser integrated devices, higher data processing and other benefits.
In addition, new ideas and directions for future research on DNA-mediated assembly of active devices and DNA-based molecular devices are also presented.
Temperature-dependent I-V characteristics of the molecular devices were acquired using a standard semiconductor parameter analyzer (HP 4145 B; Agilent Technologies, Sta. Clara, CA, USA) on a cryostat modulated between 8 K and room temperature to probe the respective pads for the top and bottom contacts to the molecule.
Another imaging system, FlexStation II (Molecular Devices) was used for TAS1R mutant analysis.
The Clampex program from the pClamp software package (Molecular Devices) was used for data acquisition control.
