Exact(9)
Four significant parameters, including pH, temperature, concentrations of Fe3+ and NaH2PO4, were optimized.
Three independent variables, temperature, concentrations of sucrose and enzyme were tested in the reaction medium.
The optimized conditions including pH, temperature, concentrations of both H2O2 and HPPtCuDs were obtained.
Influences of temperature, concentrations of borohydride and supporting electrolyte (NaOH) on the parameters were evaluated.
Governing equations of mass, energy, and chemical species in component rooms are solved simultaneously, for the development of temperature, concentrations of chemical species, and other properties.
Particular attention is paid to investigating the effects of different operating parameters, including the cell operating temperature, concentrations of both ethanol and the added electrolyte (KOH) solution, as well as the mass flow rates of the reactants.
Similar(51)
Benchmark: Knows factors that influence reaction rates (e.g., types of substances involved, temperature, concentration of reactant molecules, amount of contact between reactant molecules) Science Standard 9 – Understands the sources and properties of energy.
The variation of the temperature, concentration and flow fields with the current output is studied.
Temperature concentration could be a reason of severe difficulties with micro-manufacturing applications.
Parameters that influence polymer degradation are detailed including temperature, concentration of disulfide groups, and monomer stoichiometry.
Characteristics such as temperature, concentration and power variation of the ATES system during charging and discharging processes were investigated.
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