Sentence examples for catalyst power from inspiring English sources
Experimental results at a steam to methane feed molar ratio of 3.3:1, reactor temperature of 1023 K, and pressure of 11 bar confirm catalyst power densities upwards of 1380 W per cm3 of catalyst at hydrogen yields >98% of thermodynamic equilibrium.
The sensor's temperature distribution profile is more concentrated on target catalyst, power consumption decreases to 285 mW by 23%, thermal response time decreases to 8.8 s by 79%, and sensitivity to methane increases to 1.83 mV/% CH4 by 35%, with a high correlation coefficient up to 0.9986.
The catalytic performance was highly dependant on the weight of catalyst, microwave power, and CO2 pressure.
The effects of graphene and carbon black result in reducing platinum usage, since they can improve the performance of the catalyst and power output, and provide high utilization of platinum.
Coupled with Li+-tuned Co3O4 oxygen evolution catalyst and powered by a triple-junction solar cell, our artificial photosynthesis system achieves a peak solar-to-CO efficiency of 12.7% by using earth-abundant transition-metal electrocatalysts in a pH-equal system.
The car industry has been developing fuel cells that use costly platinum as the catalyst for generating power from hydrogen for many years.
Required thermal energy for the MSR reaction is supplied by simulating catalytic methane combustion (CMC) on the opposite side of the plate over segmented and continuous layer of a platinum-alumina catalyst by implementing power law rate model.
Independent variables including reaction temperature, reaction time, reactant concentrations, catalyst loading and power input were considered as the network inputs while the reaction yield was considered as the network output.
It is also found that the key question of where to apply more catalyst to increases power density is addressed by the concept of locations at which the reaction occurs at the highest rate.
Efficiency in the sonocatalytic degradation of Rhodamine B dye catalyzed by TiO2 nanotubes as a function of initial concentration of dye, catalyst amount and power of ultrasonic irradiation at a frequency of 35 kHz was studied.
The impacts of mass ratio of ethanol to acidified oil, catalyst loading, microwave power and reaction time are evaluated by Box-Behnken design (BBD) of RSM and multi-layer perceptron (MLP) of ANN.
