Temperature and catalyst concentration were found to have significant influence on conversion.
In the high heating rate isothermal apparatus, particle size had a significant influence on conversion: transfer phenomena limit oxidative pyrolysis.
Parameters such as particle size, content of functional groups, stoichiometry and temperature were varied to study their influence on conversion and reaction rate constants.
Influence on conversion yields of fatty acid chain length, saturation degree, temperature, enzyme dosage, molar ratio glycerol:fatty acids, acyl source composition (w/w ratio FFA FAE), and reaction time was evaluated collectively by multiple linear regression.
From experiments it can be found that operating conditions had an obvious influence on conversion of 1-butanol and the active sites on the membrane surface had a remarkable effect on the selectivity of 1-butene.
The increased dynamics might enhance or inhibit the binding ability of PrPC with other chaperones, which would exert profound influence on prion conversions.
In addition, the study shows that the bulk recombination of carriers has an influence on the conversion efficiency of the cell, the conversion efficiency of the actual solar cell with carrier recombination is reduced by 20.0% of the ideal cell without carrier recombination.
The influence on monomer conversion and the molecular weight of the polymer was also studied.
The temperature and CO2 content had a significant influence on the conversion, whilst the selectivity depended on the temperature only.
In this closed system, inlet vapour pressure into the bed has no influence on the conversion process.
