The N and O co-functionalized graphite felt (GF) electrodes are prepared by two different synthesis routes: (i) impregnation of urea or melamine on the pristine-GF followed by reactions at high temperatures (batch process), and (ii) chemical vapor deposition of the pristine-GF by ammoxidation reactions with NH3-O2 reacontinuousntinuous process).
A supercritical technique was proposed to synthesise cerate zirconate ceramic compound by a high-pressure high-temperature batchigh-pressure high-temperature
In this paper, a digital PID controller, derived in the partial state reference model (PSRM) adaptive control spirit, is used to control the temperature in batch and semi-batch chemical reactors.
The temperature of batch adsorption also affects the adsorption kinetics.
Bioenergy production from food waste was operated by mixed culture under thermophilic temperature in batch reactor.
Parameters studied include the effects of pH, average particle size, initial ion concentration, contact time and temperature by batch method.
This paper presents the real-time implementation of the Nonlinear Model Predictive Control (NMPC) controller in controlling the temperature in batch esterification process.
The effect of different process parameters (i.e., solution pH, contact time, initial concentration of As III), AiBP dose, stirring rate, and temperature) in batch operation were studied for the biosorption of As III) on AiBP.
To study the combined effect of nitrogen limitation and variation in temperature on batch growth of N. salina, cells grown in 25% nitrogen concentration were re-cultivated under different temperatures (15, 20, 25, 30 and 35°C) up to the stationary phase.
Slides were fixed in 70% ethanol, air dried and stored at room temperature until batch staining at the end of the trial.
It has been reported that lowering the growth temperature of batch cultures of S. cerevisiae results in increased levels of lipids [ 27] and this enzyme may be useful in this context.
