Sentence examples for processing and development of from inspiring English sources

The technique described here demonstrates a new paradigm shift in the synthesis, processing, and development of a new generation of process-scale, wire-based devices for advanced nanotechnologies, in a highly economical manner.

Other implementation issues are also studied, including the conversion from floating point to fixed point data processing and development of appropriate processing architecture.

The Other Businesses segment involves in the real estate, finance, engineering, system integration and data processing, and development of technologies and shared operations.

BECG carried out the studies concerning complex media image processing and development of new algorithms for image filtering and participated in the development of filtering algorithm for dynamic histogram.

We would like to thank Neha Shah and Bill Martin at Numira Biosciences for assistance in specimen processing, and development of analytic software methodologies.

The continuum sensitivity method (CSM) used for designing processes involves differentiation of the governing field equations of homogenization with respect to the processing parameters and development of the weak forms for the corresponding sensitivity equations that are solved using finite element analysis.

These contributions are most obvious in the gut, where studies of gnotobiotic mice have disclosed that the microbiota affects a wide range of biological processes, including nutrient processing and absorption, development of the mucosal immune system, angiogenesis, and epithelial renewal.

A scientific approach to particle processing implies the study and development of means for characterizing particles, the primary characteristic being particle size and distribution.

Specific interests within these areas currently include development of processing technology, transport studies, and development of novel chem- and bio-sensors.

Currently, the efforts on improving the performance of QDSSCs have mainly been focused on fundamental issues, such as improved understanding of device physics [9], optimization of device structure by advanced processing methods [10, 11] and development of high-performance materials [12 16].

While many excellent papers were unfortunately left out, 16 papers selected by guest editors to be published in this special issue that cover a wide variety of healthcare applications ranging from medical signal/image processing to system design and development of hardware devices, each of which can be briefly summarized as follows.