The intensity distribution of the ultrasonic energy is, after the frequency, the most significant parameter to characterize ultrasonic fields in any sonochemical experiment. Whereas in the case of low intensity ultrasound the measurement of intensity and its distribution is well solved, in the case of high intensity (when cavitation takes place) the measurement is much more complicated. That is...

A solution based sonochemical synthesis method for ZnO rods is presented with a resulting growth rate in excess of 15 times faster than previously reported. Such material is solution processable and could be exploited in the fabrication of transparent conductors and/or large area electronics via inkjet printing methods or solution based self-assembly techniques. To understand the crystal struct...

Two crystalline and nano-sized new Cu(II) MOFs {[Cu(ttpa)(1,3-bdc)(H2O)]·CH3OH}n (Cu(ttpa)-1) {[Cu(ttpa)(mip)(H2O)]•2H2O} (Cu(ttpa)-2) were prepared characterized (ttpa ​= ​tris(4-(1,2,4-triazol-1-yl)phenyl)amine, 1,3-bdc ​1,3-benzenedicarboxylate, mip ​5-methyl-isophthalate) by hydrothermal method sonochemical method. Cu(ttpa)-1 Cu(ttpa)-2 exhibited the 2D network with point symbol {44⋅62}{44⋅...

• Spindle shaped PbWO 4 nanostructure with enhanced photocatalytic activity was obtained by facile and green sonochemical way for the first time. Maltose as a new capping agent utilized. Sonication time, dose of precursors, power ultrasound waves kind were optimized. The made lead tungstate samples in role visible-light photocatalyst applied to remove organic pollution water. Usage ultrasonic i...