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Dynamically Recrystallized Grain Size: Models and Previous Data Models.
Previous Data.
A compilation of recrystallized grain size data on the rock materials olivine (Mg,Fe)2[SiO4] and calcite CaCO3 also revealed a close correspondence of the data with the GSSGSI domain boundary [1].
Data on Dense Polycrystalline NaCl Recrystallization Mechanisms and Mechanical Behaviour.
Clearly, the data is in better agreement with the Shimizu model.

Obtained result show a reduction in the performance of journal bearings when the thermal effects are accounted for and, this reduction is greater when the load capacity is significant.
Their low cost, the absence of external oil feeding and space reduction, makes them competitive compared to conventional bearings.
These studies showed a progressive reduction in the load capacity and an increase in the friction parameter and attitude angle as the permeability parameter was increased.
Experimental data used are those of the bearing of Mokhtar et al. [11] (the inlet groove is located at α = 0, R/L = 0.2878, radial clearance C = 82.5 µm, rotation speed 720 rpm, permeability K = 1.5 10-13 m²).
In the comparison between hydrodynamic and the thermo-hydrodynamic aspect, we noted significant reduction of the dimensionless pressure film, they are evident because the viscous forces decrease when the temperature increases.

This paper studies the influence on the Lateral Stiffness of Frame Structure, to provide Earthquake Fortifying Areas with reference data in the design process of filling wall.
The Influence of 0pening Rate on the Lateral Stiffness of Filling Frame.Analysis found that the stiffness reduction factor of model is decreasing as the opening rate of wall is increasing.
When the positions of openings on filling wall are different, the size of the stiffness reduction factor and the speed of change are different.
When the door opening is on the left (the side of equivalent brace), the stiffness reduction factor of model l=0.94, when the door opening is in the center, the stiffness reduction factor of model l=0.54, and such factor l=0.35 when the door opening is on the right(the corner area of equivalent brace ).
The opening rate of wall has obvious reduction effect on the stiffness of filling frame, and for the same opening rate, when the position of openings are different, the stiffness reduction effect of filling frame is also different.

The percentage reduction of the bacteria reached >99.9%.
The percentage reduction of bacterial colonies was taken as a measure of the antibacterial activity.
Surface elemental analysis data from EDS elements before sputtering after sputtering Weight percentage Atom percentage Weight percentage Atom percentage C 47.67 54.86 45.69 53.64 O 52.13 45.04 52.14 45.96 Si 0.20 0.10 0.31 0.15 Ag 0.00 0.00 1.86 0.24 (a) substrate before sputtering (b) substrate after sputtering at 180 W power Fig.2 EDS spectra of the samples.
Table 2 summarises the measured antibacterial activity of samples prepared at powers from 120 to 200 W: the percentage reduction of Staphylococcus aureus bacteria reached >99.9%.
Summary Regenerated cellulose films coated with nano silver by RF magnetron sputtering possessed antibacterial activity: the percentage reduction of Staphylococcus aureus bacteria in the presence of silver coated film reached >99.9%.

Particularly, a phenomenological trapping model is proposed [4-6] to obtain both quantitative and quantitative data on defect behavior in materials.
The data for the line-shape spectra were analyzed by using the SP-01 computer program [12].
S-parameter as a function of thickness reduction for 3003 Al alloy.
S-parameter as a function of thickness reduction for 3005 Al alloy.
Defect density as a function of thickness reduction % for 3005 Al alloy. 5.

In order to perform the parametric study, previously tested data was evaluated with analysis results.
Collected data is performed by Ashour et al[2].
The main variable of test data is compressive strength of concrete and volume fraction of fiber.
Because test data were illustrated with load-deflection relation, analysis method that convert displacement ductility index to curvature ductility index was used.
(a) NSC (a) NSC (a) NSC (b) UHPC (b) UHPC (b) UHPC Fig. 5 M-φ relation according to the inclusion of steel fiber Fig. 6 Ductility Index Reduction according to Fig. 7 Ductility Index Reduction according to Summary.

All the compounds did not influence heart rate of the rats (data not shown).
The data points represent mean values ± S.E.M.
All the compounds did not influence heart rate of the rats (data not shown).
Fig.4 Reduction of mean blood pressure in renal hypertensive rats.
The data points represent mean values ± S.E.M.

Two finish rolling temperatures (750°C and 650 °C) and two different total reductions (30% and 40%) are also analyzed.
Thermo-mechanical parameters effect on EUROFER 97 hardness (a: 30% hot reduction, b: 40% hot reduction) The tempering effect after hot deformation depending on thermo-mechanical parameters is reported in Table 2.
EUROFER 97 tensile properties comparison: experimental vs literature data [1], (empty bullets represent YS, bold bullets represent UTS) Table 4.
A limited effect of the hot reduction and of the following tempering temperature is shown if 30-40%.
Reduction rate is considered.

The results show that, the reducibility and the reduction disintegration are improved, and the mineral compositions of the sinter become reasonable with the basicity increasing.
However, no systematically fundamental data support is provided to determine the range of sinter basicity that meets the condition of Ansteel’s raw materials according to the high-temperature metallurgical properties of the sinter.
Study on the Influence of Basicity on Sinter’s Metallurgical Performance 2.1 The Influence of Basicity on Sinter’s Low-temperature Reduction Degradation and Reducibility The major experimental data and the mineral composition of sinter with different basicity are shown in Figure 1.
At the same time, the decrease in regenerative hematite ores, silicate glass phases, and pores has also brought down probability that the sinter is disintegrated due to the lattice transformation during the reduction at low temperature and finally caused the decline in sinter’s low-temperature reduction degradation index.
The main experiment data is shown in Figure 2.

On - line monitoring and state reduction The focus of the overall concept is the on-line state space reduction allowing dynamical system monitoring.
Fig. 3 The state space reduction on the example of a tank In the second step of the concept, on-line state space reduction was carried out.
In the third and last step, the reduction was evaluated. 3.
It represents the loading and processing analyser data.
Within the on-line state space reduction, qualitative model components are reduced based on dynamic models and on data obtained from sensors and actuators.