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With the further reduction of the axial height (z/T), w attenuates quickly along the axial, and the position of maximum axial velocity moves to the direction of 2r/D increasing.
Through the analysis of the experimental data, the boundary linear expansion equation of upward axial flow can be expressed as Eq. (1).
The experimental data shows that fluctuating velocity values of the impeller discharge flow are significantly higher than the main loop region, turbulence intensity of impeller zone and impeller discharge flow region is bigger.
As there are only tangential and axial velocity components in the data of the experiment,so we assume local isotropy,than Eq. (2)can be simplifiedasEq. (3).

At small set rolling reductions, the observed pressures are generally between 85MPa and 260MPa.
Nominal stress-strain data for aluminium alloys Table 3.
Summary On the basis of the compression data analysis the quantitative relation of the material’s yield stress in function of the kind and content of alloying elements was demonstrated.
Similar conclusions can be reached by analyzing the data of changes in the hardness during cold rolling and the values of average pressures, obtained in the process of cold rolling.

Literature data indicates that, depending on seasonality, the content of phlorotanins in F. 
Vesiculosus, w = 60 % Vacuumation to 50 mbar 5 min exposure at 50 mbar Filling of reactor with CO2 to 3 bar 5 min exposure at the selected temperature Heat to 100 °C Reduction of excess pressure Treated F.
Retention time, min [M-H]- (m/z) Identified compounds 0.49 497 Fucodiphlorethol (a phlorotannin tetramer) 0.32 511 Eckol tetramer with one additional hydroxyl group 0.40 1055 Eckol octamer with four additional hydroxyl groups 0.45 869 Fucophlorethol with seven phloroglucinol units 0.32 621 Fucotriphlorethol Based on the literature data about high antioxidant and antibacterial activity of phlorotannins [5], we evaluated the antibacterial activity of the extract (CEE).
The data on antibacterial activity allow us to recommend F. 

With the development of the miniaturization and weight reduction of sensor devices, the graphene, which is the most conductive material, has attracted widespread attention.
The strain measurement equipment is the TDS-530 static collection instrument, which is set to collect data per second.
The strain data is the average value of the real-time data corresponding to the two strain gauges on the specimen.

This modelling method presents an easy and uniform way to prepare appropriate data for computer DTFM algorithm.
The Jeffcott model (Fig. 2) parameters are equal: I=0.03 [kgm2], I1=I4=0.02488 [kgm2], I5=0.5 [kgm2], I2=I3=5.981 [kgm2], C=C4=3141.59 [Nm/rad], C1=C3=154625.263 [N/m], C2=2·108 [N/m], TF=TF1=Dg/2=0.1 and they have been calculated for the following data: E=2.1·1011 [MPa], G=8·1010 [MPa], l=0.8 m, dg=dp=0.02 [m], Dg=Dp=0.2 [m], h=0.02 [m].
These were prepared for the same data as above.
References [1] Orlikowski C., Hein R.: Modal reduction and analysis of gyroscopic systems.

The initial data of design is known, the sign of entrance X (t), as well as the given exit sign Y(t).
In this synthesis, the input data for the parameters mentioned above and the output data are the dimensions of the composing elements, their dynamic behaviours, the distribution of masses etc. [8].
(6) The average coefficient of the non-uniformity of the working: , (7) where: , are the values of extreme speeds of the angular speed of the reduction element, at the stage of stabile movement, and -the average value of the speed.

The significant factors, their interactions and the optimum setting are presented in this paper Introduction Rapid Prototyping (RP) is a process that is used for fabricating solid prototypes from a computeraided design (CAD) data file [1].
RP is finding its applications in diverse fields of industry today, with prototypes used for form, fit and function, design verification, early detection of error and reduction of waste [2-3].
Two-level Three-factor Full Factorial Experiment Data Analysis Based on the results in Table 3, the column effects containing the three way interaction can be ignored in the analysis due to their low effect on the results.
Three-level Two-factor Full Factorial Experiment Data Analysis The nine experimental trials were conducted by testing the combination of factor levels from Table 2 in the experimental design matrix for each trial.

Therefor determining the impact of aquaculture on water environment and solving the problem of aquaculture pollution load reduction are urgent.
The data is in Tab.3.
The data is in Tab.4.
There is no official data about phosphorus pollution load of Baiyangdian aquaculture.

A goal of this research investigation has been to provide quantitative data on metal release rates of bioactivated Co-Cr alloys when exposed to different media.
The data statistical treatment was performed with a Medcalc program for biomedical application.
MTT Assay, is based on the enzymatic reduction of yellow MTT, 3-(4, 5-dimetiltiazol-2-il)-2, 5- difeniltetrazolium bromure) to an amount of formazan which is directly proportional to the number of viable cells.
Analyzing the data contained in Table 2 is evident that the current density, respectively the corrosion rate is lowest for the electrochemical deposition in comparison with the untreated and chemically treated in PBS, lactic acid and citric acid.

Voltage and current data that are directly obtained from the tests are processed with Microsoft Excel.
Because of the rate oxidation and the rate of reduction are equal then this line equation is equivalent.
The Result of Polarization The resulting data is processed using auto lab and the NOVA 1.8 program.
The results of the processed data display a graph of the current value for each potential change, then expressed in the form of an E / Log curve i.