Suggestions(2)
Exact(10)
Crystallization rates of PCL are found markedly reduced in blends as compared to neat PCL.
The CO and HC emissions of the diesel engine when operated with biodiesel blends as compared with HSD were reduced by 10.97% to 21.16% and 38.76% to 47.6%, whereas NO x emissions increased by 5.57% to 11.45%.5 5.
However, BTE for all biodiesel blends as compared with HSD was reduced on average by 2.09% at full load, and it was further reduced to 3.41% at 20% engine loading due to higher losses.
Density measurement showed a decrease in density with increasing PEN content indicating a reduction of the percent crystallinity of the blends as compared to the unblended homopolymers.
Melting behavior of copolymers reflects the incorporation of comonomer into crystalline phase: melting temperature and crystallinity degree decrease in copolymers and blends as compared to plain iPP.
The in vitro biocompatibility assays indicated a significantly higher cell viability of adipose tissue-derived mesenchymal stem cells seeded onto the blends as compared to the one-component hydrogels.
Similar(50)
This could be due to the lesser friction of engine components because of additional lubricity and higher viscosity of the B10 blend as compared with HSD. .
This could be due to the lesser friction of engine components because of additional lubricity and higher viscosity of the B10 blend as compared with HSD.
The higher PCE of BT4 PC71BM is related to the wider absorption of the blend and better ordered domain sizes in the blend as compared to BT3 PC71BM.
The third probable cause of the increase of yield stress in blends may be an increase of the glass transition temperature of the amorphous phase of iPP in the blend, as compared with plain iPP samples.
Ramaprabhu et al. [6] reported that iron wear was almost similar, whereas copper wear was higher in the lubricating oil of diesel engine operated with Jatropha and Karanja biodiesel blend as compared with when the lubricating oil of diesel engine was operated with HSD.
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