Sentence examples for processing chemistry from inspiring English sources

Indeed, we can find numerous applications in viscoelasticity, electromagnetism, diffusion, control, mechanics, physics, signal processing, chemistry, bioengineering, medicine, and in many other areas.

Recently, much experimental work has been devoted to molecular surface modification to improve the luminescence efficiency [11, 12] and photostability of the NCs or to develop a reliable processing chemistry [13, 14].

Finally, the field of nuclear medicine is enriched by the multiplicity of disciplines intersecting with it: e.g. physics, medicine, physiology, mathematical modelling, image processing, chemistry and pharmaceuticals, radiobiology, pharmacology, instrumentation, genetics, metabolomics, etc. (see Figure 2).

Manufacturing conditions, slide chemistry or processing chemistry may not have an equal impact on all probes, and this is certainly a subject for further experiment.

Here, it suggests death in motion, evoking images that time has rendered cadaverous and — despite the embalming process of film-processing chemistry — helpless against decomposition.

Microstructural variations were created through processing and chemistry means in order to systematically investigate the individual and combined effects of the materials' characteristic microstructural features on fatigue crack growth at all growth stages.

Dataflow systems, such as Pipeline Pilot or KNIME have become important mainstream tools for data processing in chemistry.

AJC is a research associate at the Institute of Advanced Study in Science and Technology, Guwahati, Assam, India, and his research field includes experimental plasma processing, material chemistry and physics and biomaterial.

A total of 530,899 EST entries in Trace Archive [ 25] were found to contain all the required information for phred processing, including CHEMISTRY, CHEMISTRY_TYPE and CVECTOR.

He is driven by an interest in developing an understanding of how novel processing and chemistries can deliver unique microstructures and properties for scientific studies and specific applications.

We think that the CHEMDNER corpus could be a valuable resource not only for entity recognition but also for the implementation of improved chemical text processing software (chemistry-tuned tokenization methods optimized for the correct identification of chemical entities) or to develop text categorization systems for triage of documents that do contain chemical mentions for manual curation.