Sentence examples for be utilized for device from inspiring English sources
Functionalized iron oxide particles can assemble along the direction of applied magnetic field, and the directional dependence of the assembled iron oxide particles can be utilized for device purposes.
Funding was utilized for device and further mountaineering material acquisition in addition to financing the great amount of logistics needed prior, during and after the expedition.
We think that these theoretical observations can be utilized for novel device designs involving DSGQDs.
The humidity sensitive electrical conduction of MgCr2O4 TiO2 ceramics prepared by citrate nitrate gel can be utilized for humidity sensing devices.
In recent years, a new kind of materials based on the structure of nanolaminate is began to be utilized for energy storage devices [8], innovative optical elements [9], and temperature sensitive substrates for biosensors [10].
This proposed structure can be utilized for active THz plasmonic devices such as multiple channel sensors and absorbers.
Benefiting from the intrinsic nature of materials, structure features, and good electrochemical performance, the as-prepared flexible electrode can be utilized for flexible energy storage devices.
A large near-single-crystalline domain with a few grain boundaries over the individual NH can ensure an excellent electrical conduction with low carrier recombination losses at grain boundaries, which can be utilized for electrodes of various devices where charge collection efficiency needs to be enhanced.
Simulation results determine that the current-matching effect and operation mechanisms of InGaN/Si tandem cells can be utilized for efficiency enhancement through the optimized device structures.
In conclusion, it appears that the TASCL device can be utilized for EB formation to generate cells for regenerative medicine applications.
In vitro performance suggests a new ultra-low-flow extracorporeal CO2 removal device could be utilized for safe and effective CO2 removal at hemodialysis flow rates using simplified and minimally invasive connection strategies.
