Sentence examples for development of various applications from inspiring English sources

The bioreactor may be useful for the development of various applications using cultured hepatocytes.

Successful incorporation of the DNPH labeled nucleoside triphosphate into the DNA structure shows that selected DNA polymerase tolerates this bulky moiety and can be used, in combination with electrochemical methods utilizing m-AgSAE, in further development of various applications.

The plan involves the development of various applications that will help students to keep in touch with their teachers and keep track of to-do's.

The nanoshell-based 3D periodic structure and our proposed process with high controllability and flexibility in the design of structural sizes have potential to be utilized for the further development of various applications including energy devices and sensors.

For the growth of the ZnO NWs, LiNbO3 (LN) substrates were chosen, motivated first by the absence of interaction between the substrate (LN) and the ZnO films, demonstrated in our previous unpublished experiments, and second, the suitability of the LN/ZnO system for the development of various applications such as surface acoustic wave gas sensor devices [31, 32].

This information will influence the development of various applications involving DNA transposons and Tol2 in particular.

In this Nano Focus article, we identify some of the current challenges and knowledge gaps that need to be confronted to accelerate the developments of various applications.

The most commonly used descriptors are introduced, their development in terms of various applications is discussed.

This review paper summarizes various TSV fabricated technologies for 3D integration, including the processes development, Cu filling methods of various applications, and filling failure modes.

Electrophoretic motion of a charged liquid droplet or a bubble normal to an air-water interface is investigated theoretically, motivated by the rapid development of various practical applications involving micro/nano emulsions, as well as the fascinating potentials of using the air-water interface as a platform for the two-dimensional colloidal crystallization, for instance.

SPiDER has been fully implemented and is currently being used for the development of various real-world applications.