Search results

The driving force for the surface segregations are reduction in surface free energy, bulk elastic strain energy, and size effects.
The thermal properties of the segregated surface are then computed by simply averaging over the configurations produced in the simulations and the compositions corresponding to the equilibrium are calculated. 3.0 Surface segregation of Au-Ti nanoparticles The experimental data on surface segregation in Au-Ti nanoparticles have not been reported in the literature to date.

Results and discussion Biochemical evaluation of the seeded Bonelike  showed that human bone marrow cells proliferated during approximately three weeks and attained a stationary phase afterwards, as shown by the results concerning the MTT reduction and total protein content (Figs. 1 A and B).
Bonelike  is composed of an HA matrix with bioresorbable β- and α- tricalcium phosphate phases (XRD data not shown), which are more soluble than single HA and liberate Ca and P ionic species to the local environment.

Because of the small amount of feed, the feed force data is also smaller, the axis deviation of the hole in this case see figure 3.
This shows that: ①When decreasing the feed speed, the feed force reduction, so it can improve the linearity of the hole.

The methods include pulse incremental interpolation algorithms and data sampling circular interpolation, which are mainly used in line, arc, parabolic curve and spiral line calculation.
Neural network has the characteristic of concurrent disposal, which can realize cycle-time reduction and increase precise.

The most important thing is to use trustworthy initial data and create logical model.
Their studies have shown that a significant reduction of storage is possible, sometimes even to 3…4% of the annual throughput [3] (by analytical methods for the export bulk terminals an average figure 5…10% of annual throughput is accepted).

They also serve other multiple advantages such as well-being properties of strength, durability, weight reduction and hence lower saving economic fuel usage of vehicle [1].
The type of data was recorded and illustrated in figures consisted of quasi-static load versus displacement versus displacement curves.

From the data in table 2, with a high primary air speed, the average carbon content of fly ash and slag increased and boiler efficiency declined, and the NOx emission concentration reduced.
Primary air speed increases, then the reduction zone extension,and the NOx emission is reduced.

The output data is displayed in resolution 1.24 nm.
Holographic technique is used to investigate the contact tip for indentation to guarantee uniform contact with artifact surface during measurement in order to avoid possible deformation of the artifacts or reduction of the measured length.

The bead material in all the welding configurations shows similar fatigue behavior in the low cycle regime, since extremely narrow data differences are produced in terms of stresses especially in the intermediate region; in the high cycle regime, the Wöhler curves did not show clear differences.
The mechanical strength of the base material results much more higher in the L direction respect to the T one accompanied with a reduction in ductility and an increase in the necking value, demonstrating the strong anisotropy of such kind of Al-Li alloys with respect to the rolling direction.

This phenomenon is also seen on the loss modulus curves that showed a decrease on the peak area (data not shown).
Conclusions The cell viability evaluation by rezasurin assay showed satisfactory results and the ALP reduction was expected as an osteoconductive material.