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The difference in the trends between Ecor and Icor between these binary phases demonstrates the interplay between rate-determining anodic (metal dissolution) and cathodic (oxygen reduction) reactions leading to surface oxide formation.
Fig.2 Complex plane impedance plots for Ag-Cu after 10 min immersion in 0.9% NaCl The data were adjusted with an equivalent circuit consisting of a parallel combination of a resistance, R1, and a Constant Phase Element (CPE), the CPE substituting the capacitance of the interfacial region up to –0.10 V vs.
Concerning the general behaviour, data obtained for Dispersalloy at the open circuit potential of ~0.l0 V vs.
Conclusions Differences in the corrosion rates and mechanism for individual phases in Dispersalloy dental amalgams have been shown by electrochemical data.

Referring to the typical DMA data plot [11] in Fig. 3, the storage modulus graph trend of APFREC indicates that it is in its leathery state which is in between glassy region and rubbery state.
The sudden reduction in storage modulus of composites between 60 °C to 80 °C in Fig.2 is the proof that APFREC is in its leathery state.
Fig. 3, Typical DMA data plot shows different type of curve for different type of material state (glassy region, leathery state, rubbery state, and viscous state) [6] Although the un-aged (as produce) specimen has a higher value of storage modulus at lower temperature, the sudden drop of storage modulus occurred much earlier compared to the other aging specimens as the temperature rises.
[11] PerkinElmer® precisely, DMA Instrument Theory: A Typical DMA data plot, DMA8000 Standard Training Course 302, 27-30.

In addition, it contains some meta-data such as timestamps, location, and author et al.
This poses challenges at the analysis of massive, heterogeneous, unstructured data.
We download these posts and replies from this topic forum by using Metaseeker system which can parse the webpage and then download these WebPages from internet to data base in a client.
Sen, in: Productivity and quality improvements, revenue increment, and rejection cost reduction in the manual component insertion lines through the application of ergonomics, International Journal of Industrial Ergonomics, Vol. 36 (2006), p.367-377 [4] R.

The application of pressure on a molten metal during solidification may cause several effects such as a change in the melting temperature, change in the cooling rate, and reduction of gas and shrinkage porosities.
An eight channel data logger was used to record the temperature values at one-second intervals.
All six thermocouples were connected to a data logger which scanned the temperatures of the thermocouples at one-second intervals and stored them.
The temperature data were converted to ‘temperature-time’ curves for all thermocouples with the help of Visual Basic and .Net software.

By study on the rheological performance of polymers, not only the optimal condition for process providing the foundation for design parameter but also it is obtained that essential data about the structural and molecular parameters[1~4].
Then after compaction and kept under the temperature for 5min, constant load is applied to squeeze the composites out of the capillary, with data about temperature and rate recorded automatically by electronic recorder. 1.5 Data analysis method Shearing stress ：; Apparent shear rate ：; Non-Newtonian index ：; Shearing rate ：; Apparent viscosityηa：, where Dp is the value of pressure difference of the capillary (Pa); R is the radius of capillary (mm); L is the length of capillary (mm); Q stands for the volume rate of flow (mm3•s-1).
The stronger the shearing stress, the more molecular chains are unwrapped and the more reduction in apparent viscousity.

The data collected was processed with the help of ColorTools® software and MS Excel® spreadsheet.
All the data collected throughout the previous measurements have to be ranked in proper order and processed.
Saturation dCh is described in this case as rest of color difference after subtraction of lightness difference: ∆Ch=∆E*2-∆L*2 (2) Data on graph in Fig. 5 shows that pigments P1 (Blue) and P3 (Yellow) follows approximately linear relationship.
This problem is solvable via development of simple color scale allowing reduction size of assessed visual color difference between changeable and stable part of flexible textile sensor.

Effective usage of resource will lead to reduction in costs and thus earning more money which is the goal of every company.
This phase determine the actual data based on the evaluation of input data.
This is the most difficult part of the first two phases, since the final results depend on the accuracy of the input data.

IR wavebands positions and their assignments for the spectrum of calcium aluminate and its intermediate products of synthesis Assignment Temperature, [°С] 250 450 600 750 900 1000 1250 n(OH) 3460 3465 3440 3415 3435 3440 3433 nas (CH2) 2930 2930 n(COO-) 1595 1595 n(CO32-), n(H2O) 1423 1477 1426 1450 1447 1448 1448 ns(CO32-) 1110 CO32- in CaCO3 863 872 860 [AlO6] 808 798 Al-OH (end) 690 CO32- in CaCO3 715 [AlO4] 736 575 554 462 760 640 481 770 650 791 670 771 647 ss (-O-Al-O-) 437 435 433 XRD data revealed that the crystallization of the synthesized products started at 750 °C.
This result coincides with the data acquired throw IR spectroscopy.
XRD data is presented in Fig. 2.
It should be noted that increase in synthesis temperature results in increase of relative luminescence intensity due to formation of a more perfect structure, but it also decreases surface activity of the synthesized substances, which leads to a reduction in nonradiative transitions on the grain boundaries, and contributes to the intensification luminescence intensity.

It can be heated to 2000℃ under neutral reduction atmosphere, and it is not stable in the O2 atmosphere which used below 1000℃.
The experiment equipments include the WE-100A type hydraulic universal testing machine, high temperature resistant pressure sensor, the DT-8857H type infrared thermometer, the YD-28A type dynamic resistance strain gauge, the high performance data collection and analysis equipment INV303/306.
According to the experiment data curve we know that when the mass ratio of hexagonal boron nitride is 2%, the best pressure transmission performance is achieved, and the performance drops whether the ratio increase or reduces.
In Fig 4, the test data show that the thickness of powder with the pressure transmission coefficient has positive correlation, which correspond with exponential model and put forward by Janssen, Meiwu.

. , and show run-out data for the respective bolt property classes.
The symbol shows run-out data of the elastic region tightening.
The symbol shows run-out data of the plastic region tightening.
The reduction rate is 21.5 %.