… and validated for recycling the produced emulsion back to the microchannel … optimized
through the simultaneous use of multiple frequencies (f 20, 40 kHz) to produce nano-emulsions. …

… nanoemulsions were produced by ultrasonication and microfluidization, two … produced with
an amplitude of 90% and sonication of 1800 s (130 W & 750 W processors). Microfluidization …

… will produce this effect. High-energy techniques are often used to prepare NEs including
ultrasonication, microfluidization … Relying on numerical and graphical optimization methods, we …

… constraint during the methods such as microfluidization, high pressure homogenization (HPH) …
optimization studies that are being explored for smooth scale up of low energy methods. …

… the added advantages of optimization of the energetic yield, … water-in-oil nano-emulsions.
The following details were … ) on the nature and properties of the nano-emulsions formed. …

… , functionality and safety of nano-emulsions [2]. To optimize these properties and control the
… so called ‘high energy’ methods; others include microfluidization and sonication ([3],[4]) jet …

… These variables must be optimized to make nanoemulsions with fine and desirable …
Micro-fluidization could be used to make nanoemulsions containing active substances to produce …

… Microfluidization can produce highly stable and homogenous … The forces during
microfluidization lead to transformation in … The algorithm-based optimization method used in this …

… Production of NEs by a microfluidizer requires efficient energy to … the microfluidization is
necessary to obtain the robust production process of NEs. Due to fewer data on the production of …

… The Ultrasonication method is simple in geometry than the microfluidization and high-pressure
homogenization techniques. The pressure requirement in these methods is very high …