Sentence examples for retarding performance from inspiring English sources
DMDHEU and M F also function as nitrogen providers and enhance the flame retarding performance of the treated fabric due to phosphorus nitrogen synergism.
The fire retarding performance of 28 different inorganic chemical substances was tested by measuring the relative particle fire hazard properties of Pinus halepensis needles treated with these chemicals.
The fire retarding performance of the laminates was evaluated with cone calorimeter tests with an external radiated heat flux of 50kW/m2.
Further, the results of thickening performance evaluation show P(AM/ACE/AMPS) with good acid solubility, viscosification, retarding performance and compatibility.
The veterinarian, Dr. Gregory A. Beroza, who runs the Long Island Equine Medical Center in Huntington, said state regulations separate the roles of owners, trainers and veterinarians to discourage misuse of inside information to influence racing and betting, and improprieties that could enhance or retard performance.
It is seen that not installing all drains through the full liquefiable depth significantly retards their performance, due to the dominance of vertical dissipation.
This study should be used to develop bi-partisan legislation to create positive incentives and/or eliminate those provisions or practices that are retarding small business performance.
The integrated functions consisting of inherent flame retarding effect, physical barrier performance and catalytic activity are believed to the crucial guarantee for the reduced fire hazards of PA6 nanocomposites.
Moreover, owing to the spatial confinement for MILC fronts, small cross-section of the NW channel would result in little lateral crystallization, and thus retarding the enhancement in performance of MILC NW devices.
According to the Cassie-Baxter model, air pockets trapped in the gaps originated from the micro/nanohierarchical surface structure make water droplets suspended on the top and thus minimize the contact area between the water containing aggressive species and the surface, enhancing the protection performance by retarding the invasion speed through the main body of coatings [43 45].
The use of additives has long been known to improve the device performance [52] by retarding the crystallization kinetics of one of the two components of the active layer providing an adequate morphology in the nano- and microscale (Fig. 6).
