The main attraction of microwave synthesis is that it yields small, uniform-sized nanoparticles in much lesser reaction time.
We report easy method to synthesize a novel microporous and mesoporous cobalt based MOF requiring lower temperature and lesser reaction time.
Biostimulated bucks showed greater (P < 0.05) reproductive potential due to: 7% lesser reaction time (greater libido); and increased semen volume (40%), sperm motility (29%), sperm per ejaculate (31%), normal alive motile sperm (65%) and number of semen doses (64%).
The results show that the rate of hydrate formation in the fixed bed column is significantly greater and thereby resulted in a higher percent of water conversion to hydrate in lesser reaction time for all the systems studied.
Using 5 mol % SnO2 NPs, the reaction provided 70% of the product with lesser reaction time when compared with other metal chlorides (Table 1, Entry 8) and 10 mol % of the SnO2 NPs catalyzed the reaction to an excellent yield of the product (Table 1, Entry 9) with shorter reaction time.
