Sentence examples for array which could from inspiring English sources
Monks and co suggest running the silk back and forth to create a two-dimensional array, which could be encapsulated in a transparent medium such as a tape of some kind.
We have designed a number of MFC topologies: (a) hydrodynamic traps with nanoscale channels which link microchannels; (b) a structure with regular vertical nanorod (nanowhisker) array, which could be used as a sensitive element.
The HERA array, which could eventually expand to 350 telescopes, consists of radio dishes staring fixedly upwards, measuring radiation originally emitted at a wavelength of 21 centimeters – the hyperfine transition in the hydrogen atom – that has been red-shifted by a factor of 10 or more since it was emitted some 13 billion years ago.
In addition, the recent advances in patterning techniques have made it possible to achieve ultrahigh-resolution full-color (red, green, and blue; RGB) QLED array, which could not be implemented with the conventional display processing technologies (e.g., shadow masking in OLEDs).
A complete set of four elementary logic gates (AND, OR, INH, and NAND) and eight combinative logic gates (AND OR; AND INH; OR INH; INH NAND; AND OR INH; AND INH NAND; OR INH NAND; AND OR INH NAND) are thoroughly realized using this array, which could eventually be applicable to the keypad-lock system with enhanced complexity in the near future.
It can be done by mapping the nanoresonator frequencies in the array, which could be compiled either before or after the measurements using electron beam imaging (to determine with high precision the nanoresonators' geometries) and finite element simulations.
Rather, the development of multiple fan arrays, which could ultimately replace alternative power electronic thermal management systems, should be strongly considered in the coming years.
Working with one bioscience research institute, he noted, they have been able to roll back the size boundaries of nano-scale DNA arrays, which could make drug production more efficient.
To reduce the cost of detection, each microarray chip was designed and fabricated to accommodate 12 identical arrays which could be used for screening up to 12 different samples.
Interestingly, when excess NaOH was added into the growth solution, SrTiO3 nanospheres would be rationally grafted on the top of TiO2 nanotube arrays, which could preserve the tubular structures of TiO2, and thus further improve the photoelectrochemical performance.
Nickel hydroxide electrode composed of cup-like pore arrays, which could act as an effective catalyst layer for electrolysis of urea, was formed on stainless steel foil by cathodic electrodeposition using a monolayer of polystyrene spheres as a template.
