Sentence examples for mixed model oil from inspiring English sources

It was discovered that EtOH is the best extractant solvent for removing oxidized S-compounds of mixed model oil.

A typical reaction procedure for ODS of mixed model oil was as follows: Mixed model oil was prepared by dissolving required amounts of DBT, BT and T (DBT/BT/T, 500 250 250 ppm) in 5 mL n-hexane to get mixed model oil with sulfur concentration of 1000 ppm.

To study the recyclability of the catalyst, 1000 ppm mixed model oil was used successively seven times and the catalytic activity decreased a little (Fig. 4).

After catalytic experiments on 1000 ppm mixed model oil using ethanol as extractant solvent, the PW/KSF exhibits a TON = 8.69 at optimum conditions.

The ODS of 500 ppm and 100 ppm (sulfur concentration) mixed model oil was performed in the same way for ODS of 1000 ppm (sulfur concentration) mixed model oil, with O/S molar ratio fixed at 10 1 in the presence of PW/KSF (0.03 g) at 75 °C.

In the second part of the study, effects of cyclohexene, 1,7-octadiene and o-xylene were investigated for mixed model oil and the ODS decreases in order of: o-xylene < 1,7-octadiene < cyclohexene.

In the same manner as the oxidation of the mixed thiophenic model oil, PW/KSF (0.03 g) catalyst, 50 μL 30%% aq.

The results showed high catalytic activity of PW/KSF in the oxidative removal of dibenzothiophene (DBT) and mixed thiophenic model oil under atmospheric pressure at 75 °C in a biphasic system.

Catalytic activity of PW/KSF was investigated for ODS of DBT and mixed thiophenic model oils and crude oil.

12-Tungstophosphoric acid (PW) supported on KSF montmorillonite, PW/KSF, was used as catalyst for deep oxidative desulfurization (ODS) of mixed thiophenic compounds in model oil and crude oil under mild conditions using hydrogen peroxide (H2O2) as an oxidizing agent.

Linear mixed model analyses were performed to determine the effects of MCT and LCT oil on change in hormones and metabolites from fasting, adjusting for body weight.