Molecular layering effects on friction at Ni(100)/Ni(100) interfaces

Article Abstract:

An analysis was conducted using ultrahigh vacuum tribometer and variety of surface science techniques to study the tribological properties of interfaces between Ni (100) surfaces. The results reveal a stepwise decrease in both the friction coefficient and the desorption energy due to the molecular layering of the ethanol.

Industrial organic chemicals, not elsewhere classified, Ethanol, Ethyl Alcohol Manufacturing, Observations, Alcohol, Nickel, Friction, Atomic properties, Alcohol, Denatured

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Thermodynamic properties and swelling behavior of glycolipid monolayers at interfaces

Article Abstract:

The thermodynamic properties of synthetic glycolipids are studied by Langmuir isotherms using film balance. The phase behavior of the glycolipid monolayers is comparable to that of ordinary phospholipids, despite the lower degree of cooperativity between the larger headgroups.

Science & research, Research, Monomolecular films, Thermal properties, Chemistry, Physical and theoretical, Physical chemistry

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Influence of subphase conditions on interfacial viscoelastic properties of synthetic lipids with gentiobiose head groups

Article Abstract:

The thermodynamic boundaries and rheological features of a synthetic glycolipid with a gentiobiose head group are studied at the air/water interface. The effects of the glucosidic bonding are regularly examined by comparing the results to those with a lactose head group.

Lactose

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