Dispersion forces acting between silica particles across water: influence of nanoscale roughness

Then the in fl uence of roughness on the mechanical strength and the bonding energy at the interface of direct bonded silica and Zerodur interfaces after room temperature bonding

The underlying question is whether hyper-parameter selection is a modular optimization problem, mean- ing that the optimal overall parameter setting can be obtained by i/ finding

Statistical analysis by Chi-square or analysis of variance BMI body mass index, CL cholesterol, DBP diastolic blood pressure, PA physical activity, SBP systolic blood pressure,

In one of our studies in children with plasmodium falciparum malaria, we observed not only a high level of dihydroartemisinin in the blood but also a rapid decline in the levels

Group index determination by pulse delay measurements and dispersion study in the zero dispersion region of fused silica.. Paris-Sud, CNRS/IN2P3,

4.3.7 Comparison of pressure measurement with pressure sensor and by image analysis 74 4.3.8 Schematic view of the second experimental setup used to validate the volume

S. This effect can be shown for large Knudsen numbers by using a numerical solution of the Boltzmann equation. However, when the wall is rough at a nanometric scale, it is necessary

The blueshift can be attributed to the weaker hydrogen bonds (H-bonds) formed between the OH groups and silica oxygen acceptors. Non-Condon e ff ects greatly diminish the