Nanofluid lubrication is a novel approach for enhancing energy efficiency of the sliding
interfaces which is useful for reducing friction and wear of the machine elements. The SnO2 …

This study aimed to characterize interactions within colloidal silica particles in their
concentrated suspensions, using rheo‐confocal measurements and imaging, followed by …

Structure and properties of model colloidal suspensions in bulk solutions have been
investigated using classical molecular dynamics simulations. The system consists of …

The existing theoretical model relating shear modulus to inter-particle interaction potential
always significantly overestimates the modulus compared with its experimental value for …

Generalizing the Debye–Hückel formalism, we develop a new mean field theory for
adiabatic pair potentials of highly charged particles in colloid dispersions. The unoccupied …

By integrating all degrees of freedom of the electric field and small ions with an ensemble
averaging, we construct thermodynamic quantities for colloid dispersions. The unoccupied …

This research work is focused on the study of the interaction forces between two colloids
particles and the determination of the structure and thermodynamics properties. Predictions …

We report on the onboard apparatus for the Japanese colloid “Kikuchi-Kossel” experiment
on the ISS/KIBO. The system was devoted to the KIBO utilization research theme “Study on …

抄録 This paper reports the space experiment definition and operation planning of the
Japanese space colloid project “Kikuchi-Kossel”. The project was selected as one of …