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At higher temperature like 383 and 393 K shows the maximum conversion towards glycerol derivative formation.
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The cracking activity showed the maximum conversion against the partial pressure of water vapor, as has already been reported.
The DSC fabricated on 160 nm thick TiO2 passivating FTO electrode showed the maximum power conversion efficiency of 7.90% due to highly effective prevention of the electron transfer to electrolyte.
Among the screened catalysts, as the Zn/MCM-41 showed the maximum glycerol conversion and GC selectivity further studies of process optimization and catalysts stability were performed using Zn/MCM-41 catalyst and these results are discussed below.
The MEH-PPV CdSMS electrode shows iMEH-PPV CdSMSelectrodeemical propertieshowsh the maximprovedversion efficiency (Eff) of 2.39% with a short circuit current (Jsc) of −4.26 mA/cm2, an ophotoelectrochemical(Voc) of 0.824 V, and a fill factor (FF) of 68.6%.
Research shows that the optimum pressure difference through the throttle valve and the maximum conversion efficiency can be theoretically calculated when the properties of the conversion system are given.
Figure 3d also shows that each film thickness has a unique optimal dye adsorption time at which the maximum conversion efficiency occurs.
The maximum conversion efficiency is achieved from the device with N2/SiH4 ratio of 0.79 (shown in Figure 6), where the balance between Jsc and FF losses is optimized.
The maximum conversion efficiency of 96.25% was achieved.
The maximum conversion was obtained at temperature near 90°C.
The maximum conversion ratio of double bonds is about 70%.
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