Sentence examples for benign processing from inspiring English sources

However, the fabrication of osteoconductive composite scaffolds via benign processing conditions still remains a major challenge to date.

The benign processing lends to synthesis without any discrimination towards a certain group of material, or the substrates where they are grown.

An environmentally benign process, which uses supercritical carbon dioxide (sc-CO2) as a processing aid, is developed in this work to help exfoliate and disperse nanoclay into the polymer matrices.

Environmental concerns stemming from the use of conventional solvents and from hazardous waste generation have propelled research efforts aimed at developing benign chemical processing techniques that either eliminate or significantly mitigate pollution at the source.

Fundamental understanding of underlying mechanisms for catalytic oxidation processes reveals the magic and transforms the use of noble metals from instruments of adornment, trade and Edisonian industrialization, to key players in a new era of catalysis by design with potential for environmentally benign chemical processing.

This modular strategy provides a convenient way to seed cells prior to bulk scaffold fabrication as the Sub-CO2 processing is benign to cells, which will potentially find widespread applications in tissue engineering and regenerative medicine.

While some groups like Glickman and colleagues [ 26] are looking at post-processing the output maps to automatically discriminate between benign and normal tissue, post-processing of EIS breast information is still limited.

Here, a new approach to wide-field optical imaging of breast pathology in situ was tested to determine whether the system could accurately discriminate cancer from benign tissues before routine pathological processing.

A paradigm shift is required in chemical processing for the environmentally benign production of high quality products.

In this paper we demonstrate that conventional post-lithography treatments followed by processing in the environmentally benign solvent, supercritical carbon dioxide (scCO2), dramatically increased biocompatibility.

Mechanochemical synthesis of non-platinum group metal catalysts for fuel cells is shifting the synthesis paradigm away from liquid chemistry to materials processing that is more benign and scalable for manufacturing.