… When HLB value is between 8 and 18, it can be used as emulsifier for O/W microemulsion,
which is of our interest. Thus, we mixed two surfactants, Tween80 (HLB =1 5.0) and Span80 (…

… -lamellar liquid crystalline nanoparticles, … ) phases to an internal inverse cubic Fd3m phase
(micellar cubosomes) or an internal inverse micellar (L 2 ) phase (emulsified microemulsions, …

… of bio-oil by emulsification/microemulsification with diesel and … , and the resultant
emulsion/microemulsion hybrid fuel can be … selection of emulsion/microemulsion preparation …

… In (A,C), the lattice constants of the liquid crystalline phases were calculated from the SAXS
… behavior of lyotropic liquid crystalline phases in the emulsified emulsion droplets, two …

… formulation of inverse microemulsions (L 2 phases) based on … of the formed inverse
microemulsions. The effect of loading … work, DMG was used as an emulsifier, and vegetable oil …

… liquid crystalline phases and calculates the lattice parameter of each lyotropic liquid
crystalline phase… transformation from Q II P → Q II D →H II → EME (emulsified microemulsion). …

… -temperature phase diagram of a swollen microemulsion … phases of emulsions and
microemulsions can also be prepared by emulsifying the microemulsion droplets, leading to phases …

… in the form of an emulsion. This swollen emulsified-microemulsion phase demonstrates a
level of … of the SAXS profiles from disordered or liquid-like ordered microemulsion phases. The …

… we hypothesized that they may emulsify and stabilize these liquid crystal mesophases as
efficiently as F127. Like F127, we expected that some of our stabilizers will interact with our …

… highly viscous liquid crystalline phase is fragmented … emulsion stability is brought by an
apparent viscosity of the self-assembled nanostructure (except the emulsion with the L 2 phase, …