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The standardization and reference data for physical property evaluation are necessary as well as the development of high purity materials by physical or chemical refining.
In this study, physical (thermal, electrical and mechanical) properties of Nb and Ta rare metals with various purities were investigated to obtain the fundamental data on the physical purity evaluation. 2.
This is due to the reduction of impurity effects on the electrical resistivity according to the Matthiessen rule [5].
Conclusions Physical properties of Nb and Ta metals with various chemical purities were investigated to obtain the fundamental data on the physical purity evaluation.
Data, Vol. 13, No. 4 (1984), p.1069

Introduction Principal component analysis (PCA) is a widely used technique for dimension reduction and feature extraction of data matrix [1].
Preprocessing of Data.
Data Structure and Computational Environment Construction of Medical Data.
In this subsection, we explain medical data, in concrete terms, rehabilitation data which is to be analyzed.
Here, we describe the main structure of input data.

Nanosized TiO2-Ag-SiO2 sols were prepared with modified sol-gel method using reduction agent.
Sodium citrate tribasic dihydrate (C6H5Na3.2H2O, Aldrich) was used as a reduction agent.
Nanosized TiO2-Ag-SiO2 sols were prepared by sol-gel process involving a reduction agent.
The experimental data on the kinetics of hydrate formation obtained in a semi-batch stirred vessel at pressures 3.50 MPa and 273.7 K Results and Discussion Structural Analysis.
Conclusions Nanosized TiO2-Ag-SiO2 sols were prepared with modified sol-gel method using reduction agent.

The wind angle and the size of the wind velocity were determined using data from weather stations near soundproof tunnels.
Five years (2005–2009) worth of weather data were analyzed for the areas with planned construction of a soundproof tunnel.
The maximum wind direction and average wind velocity is wind data of the recent five years at the nearby weather stations.
Fig. 1 shows the 5-year weather data from the weather stations.
Gillespie, Optical porosity and wind speed reduction by coniferous windbreaks in southern Ontario.

A simplified expression , (2) is often used for the interpretation of experimental data.
The symmetry reduction caused by the periodic modulation/twinning of tetragonal lattice in nano- or mesoscale was ignored in the Refs. [5–8, 10, 13, 14, 17–24] and the equation (2) was used for the interpretation of experimental data obtained for the 5M martensite.
Ku (kJm-3) T(K) 1 – c/a Specimen Mode of determination Maximal magnetostrain observed (%) [5,6] 117 265 0.062 Single crystal (SC) From M(H) 0.15 [19] 80 Room 0.025 Polycrystal (PC), Ni55Mn20Ga25 From M(H) No data [20] 245 256 No data SC disk, Ni51.3Mn24.0Ga24.7 From M(H) 4.3 [21] 300 170 0.078 SC with Tm = 190 K From M(H) No data [7,22] 170 290 0.059 SC, Ni48Mn31Ga21 From M(H) 5.1 [8] 180 Room No data SC, Ni49.8Mn28.5Ga21.7 From e(H) 6 [23] 150 No data No data SC, Ni48.1Mn29.4Ga22.5 From FMR 0.3 186 SC, Ni49.6Mn28.4Ga22 5 248 SC, Ni49.7Mn28.7Ga21.6 5.3 213 SC, Ni48.2Mn30.8Ga21 7.3 11 100 mm thick ribbon No data [24] 140 No data 0.15 SC, Ni54Mn23Ga23 From M(H) No data The determined from experiments values of magnetocrystalline anisotropy constant are shown in the Table 1.
To our best knowledge, the contributions of these factors to the biaxial magnetocrystalline anisotropy have not been separated and evaluated yet from the available experimental data.
The Table 1 shows, that the experimental data do not demonstrate the direct proportionality between the values of parameters and .

Apparently, leakage and dynamic power reduction are two distinct sets of techniques.
Therefore, there exist chances for dynamic application of standby leakage reduction techniques together with dynamic power reduction techniques to reduce total power in active mode.
This results in the reduction of total power.
However, the above-mentioned total power reduction methods are not suitable for low power multipliers design.
Power consumption measurements were derived from the netlists with back-annotated parasitic, using value change dump (VCD) data from simulation of 10,000 random input signals.

Fast data transmission put forward high requirements on network content matching (NCM).
As the I-DFAs are equivalent to NFA states, if the is too large, it will result in sharp reduction in processing rate.
STT gets the transfer results according to the input data, Inner Transfer will be send to the State Combine model directly and the External Transfer will be send to TSJ.
Experimental data is selected from snort_24, snort_31, bro217 and dotstar_300.
(3) States Reduction For different regex expression set, States Reduction performance of DC-DFA is validated.

Measurement of Reduction in Surface Temperature.
The temperatures were monitored by thermocouples embedded in the concrete surfaces, and were recorded by a data logger at 1h interval, as shown Fig. 2 and Fig. 3 respectively.
Fig. 2 Geometry of embedded thermocouples Fig. 3 Geometry of data logger Accelerated Loading Test.
Typical meteorological weather data of summer times in Wuhan city, P.R.China were used in this research project.
The weather data on 08-August-2008 was selected for specific analysis.

The simulation results show good agreement with the measured temperature data.
Simulation Units and Data Processing Two air cooling units and a descaling unit are calculated before the BD rolling process.
Simulation Results and Measured Data BD Rolling Process Deformation results of workpiece in BD rolling process are shown in Fig. 3.
It is shown that the simulation results of the temperature and structure fit well with the measured data.
Acknowledgement The author thanks Livermore Software Technology Corp. for providing the demonstration license of LS-DYNA and Laiwu Iron & Steel Group Ltd. for providing valuable data.

Thus, the data on reduction of PNDA on the catalyst of the type Pd-GtK / B-094 shows, that modified catalyst of humic acid leads to the increase of the rate of reduction reaction of nitrocompounds.
In the medium of solvent during reduction of catalyst the swelling of surface-bound polymer chains occurs along with reduction of palladium with partial destruction of metal-polymer bonds.
Conclusion Thus, the experimental data shows, that the catalyst of type Pd–GtK/B-094 modified by humic acid leads to the formation of nanosized particles of active phase, which in turn leads to the increase of the rate of reduction reaction of nitrocompounds.
Catalytic reduction of H-613 on smeared palladium catalysts Thes. rep. 59.Rep.
Palladium catalysts smeared on shungite during reduction of nitrocompounds Thes.