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Microwave power, microwave exposure time and concentration of gum were selected as independent variable and grafting efficiency was taken as dependent variable.
Microwave power, microwave exposure time and the concentration of ammonium persulfate had significant synergistic effect on grafting efficiency, while the concentration of gum kondagogu had no significant effect.
These findings provide a novel, rapid and versatile method to design zirconium aluminide alloys according to the desired application by controlling the starting precursors (Zr or ZrH2) and microwave exposure time.
Among the variables, plant extract 8% concentration microwave radiation power 420 W and microwave exposure time in 90 sec, was ideal for gold nanoparticles preparation, because it shows (Figure 5) gold surface resonance occur at ~520 nm and steadily increased in intensity as a function microwave power and time of reaction without any shift in peak wavelength.
Similar(56)
Longer microwave exposure times reduce the functionalization yield and lead to a removal of groups which were bonded in a previous stage.
It was found that the numerical models can be calibrated against the experimental data, and thus can be used to predict flow characteristics, mass flow rates and microwave exposure times which are required in the design of such a conveyor system for microwave pre-treatment.
The optimal calculated parameters were microwave power-40power-40%ave exposure time-120 s, concentration of ammonium persulfate-10 mmol and concentration of gum kondagogu 3% (w/v).
Central composite design (CCD) was applied to study the influence of particle diameter, solid concentration, microwave (MW) exposure time and shear rate on apparent viscosity for rheology characteristics of coal water slurry.
Central composite design (CCD) was applied to study the influence of particle diameter, solid concentration, microwave (MW) exposure time and shear rate on apparent viscosity for rheology characteristics of iron ore-water slurry.
A Plackett Burman 27×3/32 design for seven factors (nitric acid concentration, hydrochloride acid concentration, hydrogen peroxide concentration, acid solution volume, particle size, microwave power, and exposure time to microwave energy) was carried out in order to find the significant variables affecting the metals acid leaching after a pseudo-digestion procedure by microwave energy from mussel.
For the efficacy of the microwave treatment of the ore, the residence time of the ore material in the cavity must be known so that the optimum microwave power and exposure time can be calculated, and so that the microwave field can be tuned effectively.
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