Sentence examples for comprehensive properties such from inspiring English sources

In particular, PVDF-g-PDMAEMA AEM displays more outstanding comprehensive properties, such as area electrical resistance, anti-swelling and limiting current densities.

Because, nanofluids are considered as one of the closest kinds to the practical application of fluid flows owing to its comprehensive properties such as the Brownian motion and thermophoresis.

This study demonstrated that the CGPE possessed preeminent comprehensive properties such as sufficient ionic conductivity (4.8 × 10−4 S cm−1) at 80 °C, high lithium ion transport number (t+ = 0.68) and improved electrochemical stability.

TiO2 nanofluid, which has captured scientists' great attention because of its interesting and comprehensive properties such as sensational dispersivity, chemical stability, and non-toxicity.

Although continuous GNSS observation sites (GEONET) are densely deployed in and around the fault zone with an average placement interval of approximately 20 km (Fig. 1), it remains difficult to obtain spatially detailed displacement data for moderate-sized earthquakes, impeding comprehensive analysis of the source properties, such as fault modeling.

The comprehensive properties of PVDF membranes after such facile modifications had been greatly enhanced according to the results of water flux, bovine serum albumin (BSA) rejection, anti-fouling performance, and TiO2 binding performance characterizations.

Comprehensive studies to explore the effects of physicochemical properties (such as size, shape, and charge) on the immunotoxicity of metal-based nanoparticles are still needed.

Others have arrived at systems level properties, such as robustness, by being more comprehensive in the total number of genes but by exclusively relying on parameter estimation [ 32].

For these reasons, a comprehensive study was undertaken to investigate the effect of elasto-plastic properties, such as flow strength and strain hardening, on the response to steady-state frictional sliding.

A comprehensive understanding of how the relationships of microstructural texture influence key physical properties such as strength and permeability, essential for the optimal utilization of a geothermal resource have been investigated.

Comprehensive information in relation to the developed ultra-thin Q2D WO3 and their electrochemical properties, such as chemical structure, oxidation states, adsorption properties etc., must be obtained and optimized in order to achieve their best analytical performance in various applications.