Sentence examples for implementing surfaces from inspiring English sources

It has been shown in other work that the lower temperature melting point of two frictionally interacting surfaces will cap the maximum temperature reached, which provides a simple way to mitigate the danger in facilities by implementing surfaces with melting points below the ignition temperature of the explosive.

To achieve the goals set forth in paragraph (2), any centers established under paragraph (1) shall provide technical assistance, information sharing of best practices, and training in the use of tools and decisionmaking processes that can assist States in effectively implementing surface transportation programs, projects, and policies.

Early approaches using nanomaterials predominantly focused on adult terminally differentiated or adult stem cell types and implemented surfaces displaying nanoscale topography that mimicked the ECM.

Aureus, Enterococcus spp. This study highlights the positive impact of antimicrobial copper (Cu +) and demonstrates that copper implemented surfaces and objects are effective in neutralizing bacteria, which are responsible for Health Care Acquired Infections in the nosocomial environment (HCAIs).

Digital image correlation (DIC) technique has been increasingly employed to implement surface deformation measurements in many engineering fields.

The soma volume was measured at the first time point using the implemented surface reconstruction algorithm in I maris 7.0.

Antimicrobial copper has been the most popularly implemented surface technology able to demonstrate a reduction in bacterial contamination in both laboratory and clinical environmental testing [ 23, 44].

The review also assesses the impact of topographical modifications at distinct dimensions (micrometre and nanometre orders of magnitude) and the importance of applying safe-by-design criteria (e.g. toxicity, contribution for unwanted acquisition of antimicrobial resistance, long-term stability) when developing and implementing antimicrobial surfaces.

The concept presented here is flexible and suited for implementing various surface fluorescence immunoassays on a capillary-driven microfluidic chip.

Design of experiment has been used by implementing response surface methodology (RS M to study the parametric dependence of cut quality, as well as to find out the optimum cut quality.

Required heat to an endothermic MSR is provided by simulating catalytic methane combustion (CMC) on an opposed-side of the plate by implementing reduced surface microkinetic model for platinum/alumina catalyst.