At last, effects of feed ratio on flange wrinkling are analyzed by this method, it is concluded that the decrease of the circumferential compressive stresses distributed in the flange caused by low feed ratio reduces the risk of flange wrinkling.
This study is an investigation of the effects of feed ratio, equivalence ratio and average particle size on the syngas production by means of co-gasification of petroleum coke with lignite coal in a stainless steel pilot scale fluidized bed gasifier with an inside diameter of 7 cm at 800 °C.
In order to study the effect of feeding ratio (molar ratio) between Se and Te sources on the final morphology of Se/Te NWs, we investigated the TEM images of the Se/Te final product prepared by using short Te nanorods prepared at the same condition as crystalline seeds with different Se to Te feeding ratios.
In addition, the effect of the feed ratio of AgNO3 to pyrrole monomer (represented by [AgNO3]/[pyrrole]) on the resultant products was also studied.
Thus, the effect of molar feed ratio is dependent of catalyst wt.
The effect of monomer feed ratio on copolymerization kinetics and on control over molar mass distribution was examined.
The effect of monomer feed ratio, reaction medium properties, and temperature was studied to find the optimal synthesis conditions.
The effects of the feed ratio of V2O5 to melamine (r), and nitrogen flow rate on the microstructure and electrochemical performance were also investigated.
The effects of pyrene/EDOT feed ratio and polymerization potential on the electrochemical properties of the obtained copolymers are studied by cyclic voltammetry (CV).
Effects of CH4/CO2 feed ratio, total feed flow rate, discharge voltage and reactor wall temperature on the performance of the reactor was investigated by the ANN-based model simulation.
The effect of feed stock mole ratio on ethylbenzene yield and product selectivity was studied by varying the feed mole ratios of BZ to E from 1 1 to 6 1 over BXE ALKCAT zeolite catalyst at variable temperatures, and the results are presented in Figs. 16, 17 and 18.
