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EIS data were recorded at 10 mV over a frequency range of 1 MHz to 10 mHz.
The emergence of small bumps at 23.5° and 42.8° confirms the reduction of GO to SLG, or reduced-graphene, indicating the elimination of a substantial number of oxygen-containing groups and the formation of much more disordered graphene sheets [19,20].
The disappearance of the GO peak suggests the complete reduction of GO during the formation of ZnO particles.
Accordingly, the specific energy, Esp and specific power, Psp were calculated from the GCD data using the equations: Esp = CV22m (2) Psp = Espt (3) where C is specific capacitance estimated from charge-discharge curves, V is the potential range during discharge, t is the discharge time and m is the total mass of electroactive material of the electrodes.
The EIS data was analysed using Nyquist plots and each data point is at a different frequency.

The basic building block of numerical computational softwares such as MATLABTM or SCILAB is the matrix and the fundamental data type is an array [21].
The apparent benefits are reduction in simulation time and increased computational efficiency.
The performance of the synthesized 4BM is subject to the accuracy of the anatomical knee center data obtained from the literature.
However, with the advent of technology, newer data sets predicting anatomical knee motion more accurately might appear.
The optimization approach presented here is robust enough to mimic the knee motion for any such futuristic data sets.

Results from experimental data for different materials show that some materials display a fatigue limit at typically 107 load cycles, while others show gradual decrease in fatigue strength when number of cycles reaches into gigacycle regime.
Experimental data for different materials generated some years ago is of great value in the determination of fatigue limit of materials in gigacycle regime.
The benefits are weight reduction and cost-savings in the production of energy efficient vehicles.
More studies about crack initiation in gigacycle regime would be useful due to the fact that there are different and conflicting data from many scientists who have carried out tests and experiments with most structural materials especially with aluminum alloys.
High strength and ultra high strength steels for weight reduction in structural and safety related applications.

Data collecting module of inverter.
The data collecting module of inverter is mainly constituted by dual task data collecting instrument.
Grid-connected data testing module.
The control center module is mainly constituted by data server, operation machine and monitor, could communicate with all data collecting instructions, obtain data, and store in database.
The operation machine could read the real-time and historical data of data server, print data or display on the monitor, understand the current operation state of system.

The external forces are computed from the image data.
(2) This variation formulation follows a standard principle to make the result smooth when there are no datas.
The obvious reduction in number of iterations and less time consumption are seen from contrasting two figures.
The reverse subdivision scheme produces very dynamic data structures.

Valid data of each line is 720 points, that is, href maintain 720 points.
Image acquisition and data transfer part of VHDL module mainly includes sample synchronization mold, write data module, read data module, delay module, bus module and so on, each module related to each other by signals.
DM642 through interrupt 7 in interrupt handling using QDMA to read a row of FIFO data once time, first for DCT transform, data quantitatively and reverse quantization, then reverse DCT transform, and last to send data with a QDMA.
There are redundant code reduction, re-defined data types, cycle decomposition, use inline functions and memory optimization.
In the acquisition circuit design, because it use FIFO as video input buffer memory between DSP and SAA7111A, sampling analogy video data, while DSP can read data from FIFO through data bus, the two work independently of each other.

This understanding is very recent, and transport data for such annealing conditions are not yet available.
However, in [11], for the best fit of the data in low doped samples the anisotropy of the NOP scattering resulted necessary, and for a best fit of the data in higher doped samples a Hall factor dependence on the doping level was necessary too.
These latter are also the σ(T) data reported in Fig. 1(a), and show a 2D-VRH, as Fig. 2(a) demonstrates.
Crosses: data taken by heating the sample after a rapid cooling to the lowest temperature; empty circles: data taken after a slow reduction of the temperature sample.
Continuous lines: fits of the data with the parameters reported in the text.

Lean is often referred to as a cost reduction mechanism.
COMPUTERIZE VALUE STREAM MAPPING (CVSS) DATA.
Aside from that, there are also four types of data involved, which are Users data, Activity duration data, summary data and analysis data.
Data Dictionary Data dictionary is a document explaining the organization of data in the database management systems.
Without the existence of data dictionary, a database management system may contain inaccurate data definition.

As well, the strength and hardness increased, but the elongation began to reduce when the extrusion ratio exceeded 16 (Fig.1); this data is similar to the results obtained by Yu et al [7].
Based on the stress-strain data obtained from isothermal compression experiments, a warm deformation mathematical model of AZ31 alloy was developed by Li et al [10], Warm extrusion of a magnesium alloy radiator was simulated using a rigidity- plasticity finite element method so that the flow law of the alloy and extrusion forces during isothermal extrusion could be obtained.
Data by Kim et al [13], showed that the structure of a traditionally extruded AZ61 magnesium alloy billet was composed of a duplex structure having 4~6µm fine grains and 15~20µm coarse grains.
But after 8 extrusion reductions via the A route, the YS increased and a eight passes pressing.
This is dependant on the rolling reduction as well as the initial and final rolling temperatures.

A variation of the inhibition efficiency with concentrations of the inhibitor and various weight loss is shown in Fig. 2 the values deduced for θ and ηw% are summarized in Table 1.Data in Table 1 shows that the corrosion rate A decreases with the increase in concentration of the inhibitor; consequently, the surface coverage θ and inhibition efficiency ηw% are increased with the increase of the concentration of the inhibitor.
This behavior leading therefore to the reduction of the anodic mild steel dissolution and the delay of the cathodic hydrogen reaction.
All this is due to the reduction in local dielectric constant and/or an increment in the thickness of the electrical double layer.
AFM data obtained of mild steel in 1 M HCl immersed in inhibited and uninhibited at 298 K.
AFM data Polished 1 M HCl 0,075mM Mild steel Blank Inhibitor roughness (nm) 7.31 187.4647.05 4.5.