Sentence examples for due to reactant from inspiring English sources

Membraneless redox flow batteries reported to date are microscale designs that have shown poor capacity retention and cyclability due to reactant crossover.

Nonmonotonic kinetics, due to reactant inhibition for example, induce nonisothermal oscillations in the absence of control while the controlled system may admit truly isothermal oscillations.

This paper describes a simple and unique off-cell experimental setup developed to determine pressure as a function of position in the active area, due to reactant flow in a fuel cell flow field.

It should be noted that the water management is influenced by many effects, e.g., water removal due to high reactant flow rate [25] or GDL oxidation by substances as hydrogen peroxide and sulfuric acid degrades fuel cell operation [16, 26].

Allowing reactants to switch the delayed reaction they are participating in (modification M2 ), would slow down the simulation due to 'indecisive' reactants (i.e. reactants that switch multiple times before being eventually consumed) and would still not capture correctly the biophysical nature of the diffusion-driven association processes.

The non-negative Fully Implicit Stochastic α (FIS α) method in which stopped reaction channels due to depleted reactants are deleted until a reactant concentration rises again, for non-negativity preservation and in which a positive definite Jacobian is maintained to deal with possible stiffness, is proposed and analysed.

The fact that the rate increases before the maximum is due to the reactants confinement inside the micelles.

The fuel cell performance increases first with the baffle plate number, due to the better reactant distribution and water management, but decreases when the baffle plate number is too large, due to the excessive blockage for the reactant gas transport to the channel downstream.

When the reaction is further speeded up possibly due to the increased reactant feeding rate (a higher HSV), there will be an accelerated coke formation, most likely attributed to enhanced product accumulations.

The QM/MM calculations using the two trial systems generated with methods (i) and (ii) did not result in any nucleophilic attack at the anomeric center, due to the improper reactant state structures.

Based on analytic results of Part I [1], the sizes of dead cores in agglomerates due to depletion of reactants have been estimated.