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Then, the CAD data are transferred into CNC milling machine to manufacture the custom contoured cushion.
The data are saving as ASCII text.
Figure 1: Raw measurement data at the pressure sensing points (left), a better approximation of the seat contour using Matlab (right) Once collected, the data were then transferred into Matlab program to process the pressure distribution data transformation to obtain the deflection depth of the seating area.
Then the data were save as “txt” format and load into Rhinoceros software and a CAD model of cushion shape was built up by fitting NURSB surfaces of the measurement data.
Reduction of sitting pressures with custom contoured cushions.

The paper purpose a methods to deal with the Metabolomics data, and analyze the efficacy of Traditional Chinese Medicine based on OSC-OPLS/O2PLS-DA.
The method was proved to be feasible and effective after tested the data which hot natures treat the cold syndrome.
The orthogonal signal correction (OSC) is a power method which dimension reduction and noise reduction.
The data The metabolites sample space’s data source of key laboratory of modern preparation of Traditional Chinese medicine, ministry of education.
The method based on OSC-OPLS/O2PLS-DA was proved to be feasible and effective after tested the data which hot natures treat the cold syndrome.

With respect to data storage and cluster server processing, data aggregation in AMI network for secure transfer of energy user-consumption data must take cognizance of congestion control and user data privacy.
Firstly, aggregated metered noisy or fake data will not amount to exactly the aggregated real metered data due to the added randomness to each SM data.
This scheme is robust to data loss particularly during congestion scenario as it can prevent the leakage of the sensed data during data aggregation.
Once verified, the data image is then sent to the local concentrator for overhead reduction.
Figure 2 illustrates typical data flow in a secure data aggregation RTCA model.

In preliminary ultrasonic-assisted compression tests with a S235JR steel a force reduction of up to 63 % was measured.
A multitude of different reasons for the flow stress reduction have been discussed in the literature.
Further reductions, which appeared for continuous ultrasonic excitation, were attributed to thermal effects.
They were able to reproduce the experimental data by softening the material properties and adjusting the coefficient of friction in the FE model.
This generates large data volumes for each signal, which have to be transmitted and recorded accordingly.

There was not a significant further reduction in the amount of retained austenite and residual stress when the tempering temperature was increased from 149°C to 177°C.
Based on the distortion data for 3 parameters (OD, gap width and flatness) for the quenched and tempered specimens, the amount of retained austenite for minimum distortion was approximately 25%.
With increased tempering temperature (149°C to 177°C), there was not a significant further reduction in the amount of retained austenite.
There was not a significant further reduction in the amount of retained austenite and residual stress when the tempering temperature was increased from 149°C to 177°C.
Based on the average distortion data (OD, gap width and flatness) for the tempered specimens, the amount of retained austenite for minimum distortion was approximately 25%.

The data presented in Table 4 were taken from comprehensive property-grain size graphs published earlier in reference 4.
Therefore, the total effect of grain boundaries on the thermal expansion coefficient would be rather small, consistent with the data presented in Table 4 for nickel electroforms.
In this study, Gleiter [23] presented thermal expansion data as a function of the applied pressure during powder consolidation.
Again a small reduction down to 780 GPa is observed for the smallest grain size of 5 nm.
Wang et al. [40] examined the creep behavior in nanocrystalline nickel electroforms and analyzed the data using the constitutive equations for diffusion-dependent mechanisms.

We recognized that the reduction potential of Fe(III) ions is almost equal to the potential for the reduction of precious metals ions such as Pd(II) and Pt(IV).
Microbial reduction of soluble Pd(II) by S. algae cells at pH 7 and 25ºC.
Figure 1 shows typical kinetic data for the microbial recovery of Pd(II) ions.
This marked decrease in the aqueous Pd(II) concentration reflected the reduction of Pd(II) ions to metallic nanoparticles through microbial reduction by S. algae.
Figure 4 and Figure 5 show typical kinetic data for the microbial recovery of precious metal ions from the leaching solutions.

Schematic of the permanent mould designed to produce hot tears Thermal data of the solidifying casting were recorded using K-type thermocouples inserted into the mould cavity at three locations: in the vicinity of the downsprue, in the middle of the casting bar and by the end restraint (shown in Fig. 1).
It can be observed that the addition of silicon led to the reduction of the UTS and the elongation of AZ91E, while the yield strength remained relatively constant.
Further addition of silicon (up to 1.5 wt.%) resulted in a slight reduction in the hot tearing susceptibility of AZ91E.
Further addition of silicon resulted only in a slight reduction of the grain size (53 ± 10 μm and 38 ± 4 μm for AZ91E with 1.0 and 1.5 wt.% Si respectively).
However, addition of silicon resulted in reduction of the hot tearing susceptibility of AZ91E.

Model validation was performed using pilot plant data developed internally.
Presence of CO is a key obstacle for NOx reduction when using mixtures of H2 and CO.
Among the various kinds of reducing agents for NOx reduction gaseous ammonia shows the best performance [9].
Materials and Methods Catalyst preparation Three LNT Catalysts was prepared for NOx reduction.
Bliek, Mechanism of the selective catalytic reduction of NO with NH3 over MnOx/Al2O3: II.

Possible titanium compound reduction reactions in the blast furnace flow down zone conditions.
In addition, there is the likelihood of hearth sculling, hindering the reduction reaction of iron compounds and hot metal desulfurization.
Reference data for industrial siliceous and ferrous slags were used to develop the model.
Mysen reviewed spectroscopic data of titanium added to glass, drawing conclusions that more than one structural position of Ti4+ is possible in such systems.
Red-gold titanium compounds that precipitated during temperature reduction can be identified a) b) FIGURE 5.