The Brewster Angle Microscopy (BAM) is a powerful microscopy technique allowing the in
situ visualization of the morphology of Langmuir monolayers at the air/water interface. The …

Innovation Interfacial rheological properties of complex fluid-fluid interfaces are strongly
influenced by the film microstructure. Experimental investigations for correlating interfacial …

The interaction of carbon black particles (CB) with 1, 2-dipalmitoyl-sn-glycerol-3-
phosphocholine (DPPC) at the water/air interface has been investigated by means of a pool …

Three new metallosurfactants containing 3d4 manganese (III) ions, namely,[MnIII (LNO2-
N2O2) Cl (MeOH)](1),[MnIII (LN2O2)(H2O)(MeOH)] Cl (2), and [MnIII (LN2O3)](3), bound to …

The combination of interfacial thermodynamic, dilational rheology, and Brewster angle
microscopy (BAM) has allowed the evaluation of the effect of hydrophobic fumed silica …

Hyaluronan and phospholipids play an important role in lubrication in articular joints and
provide in combination with glycoproteins exceptionally low friction coefficients. We have …

The introduction of the highly-sensitive imaging technique Brewster angle microscopy (BAM)
has given rise to new knowledges about the mesoscopic topology and ordering of …

Non steroidal anti-inflammatory drugs (NSAIDs) are those of the most common over the
counter (OTC) medications widely used by millions of people every day. Unfortunately …

An approach to calculation of the threshold temperature for spontaneous clusterization of
substituted alkanes (amines, nitriles, alcohols, thioalcohols, saturated and unsaturated …

Chiral interfaces are of capital importance for biorecognition processes and
nanotechnology. In this work, a mixed Langmuir monolayer was built using a surface-active …