Sentence examples for conditions of practical from inspiring English sources

It is shown that a combination of MUSIC and Stansfield algorithm [20] can nearly reach the CRB in conditions of practical interest for CR networks.

There is a need for accurate computational design tools that can be used with the physically and geometrically complex conditions of practical devices.

In this work, the performance of ceramic monoliths washcoated with Au/TiO2 is studied on CO preferential oxidation (CO-PrOx) reaction in H2-rich environments under a wide range of operating conditions of practical interest.

It is also found that the presence of Rh and/or Ce in a Pd-based three-way catalyst decreases the amount of NH3 formation significantly under fuel-rich (net-reducing) conditions of practical interest.

Computations indicate that, under all possible conditions of practical interest, including temperatures both above and below the crossover temperature at which the rates of the H2 + O2 branching and termination steps are equal, twelve irreversible elementary steps suffice to provide accurate values of induction times in autoignition processes of fuels consisting of mixtures of H2, CO, and inerts.

Hence, we need to face the question as to why we are justified in affirming the unconditioned condition of practical but not theoretical reason.

The dynamic performance and durability of the stack are also investigated in consideration of practical conditions.

Since the complexity of sulfur capture and release during solid fuel combustion in circulating fluidized bed (CFB) boilers, especially in the oxycombustion conditions is still not sufficiently recognized, the development of a simple SO2 emission model for wide range of operating conditions is of practical significance.

The turbulent generation approach is to be adapted to combustion studies to reproduce conditions typical of practical system in relatively small experimental set-ups that are well-suited for bench-top experiments.

Experiments were conducted on three jet pump cavitation reactors (JPCR) with three area ratios (m = 1.78, 2.56, 4.00) under varying operating conditions to achieve some guidance for the design and the choice of operating conditions for practical application of JPCR.

This paper is dedicated to the establishment of experimental conditions for practical use of Double Loop Electrochemical Potentiodynamic Reactivation method (DL-EPR) to characterize the degree of sensitization in AISI 304 austenitic stainless steel based in the standard ISO 12732.