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The core design has been performed to examine its characteristics and to evaluate the cost reduction effect.
The thermal conductivity, λ, was calculated from the relation of the measured thermal diffusivity, α, the literature data of the density, and the specific heat, Cp.
The core design will be performed to examine its characteristics and to evaluate cost reduction effect [5].
Thermal diffusivity data of un-irradiated sample (blue diamond symbols) are also plotted in Fig.8 for comparison with irradiated data (red rectangular symbols).
Many test results including the measurements of basic physical data and irradiation test were encouraging enough so that the phase II study started in 2009 to extend the research to realize the hydride absorber application to FRs.

Then, the parameters of incremental rheological model were back analyzed based on the prototype observation data[3-6].
As it is shown in Fig.2 the maxmium settlement of the crest is 8.2cm under the normal water level, closing to the measured data.
Finally, by compearing the calculation results with observation data, we can see that the calculated settlement and observed data are close to each other, as well as the dispalacement of concrete face slabs.
Gnerally speaking, all these results above are basically consistent with the observed data of strain gauges.
Compared with the observation data, the simulated results are close to the actual operation situation.

Measurement module is designed to ensure the data accuracy, high reliability, at the same time, as far as possible with small volume, low cost of the chip.
Then the instantaneous power obtained by multiplying the sampling data of the instantaneous voltage and current.
Measurement Module Test.The accuracy of the metering module data is ery important to the availability and Effectiveness of socket.
Test electrical equipment of power 1500W and 20W ,time is five hours.Collect consumption data and to compare once in each hour.
Table 1 is the test result, it can be seen that the power consumption data measured from socket metering module is same to data from watt-hour meter.Ii can be described with sufficient accuracy measurement module.

The numerical experiments are carried out to compare the proposed method with the standard Newton-Raphson method based on the practical data collected from a steel company in China.
We select seven groups of spot data and consider an array of mesh 20×10 (x×y), 200 elements, 231nodes, friction factor 0.4 and compressible parameter 100.0.
Other strip rolling data is shown in Table 2.
Using the rolling data shown in Table 2, the Improved Trust-region method compares with Newton-Raphson method in energy functional, the calculation time and the rolling force.
Under yield stress model given in the above section and strip rolling data in Table 4, the Improved Trust-region method and the Newton-Raphson method do a serial numerical simulation using different FEM meshes.

Therefore, to determine the coefficients in the quantitative method, real experimental data were obtained and analyzed in MATLAB.
· Effects of optimum configuration and BESS usage on emissions and operational cost reductions were investigated.
Fig. 16 shows the effects of optimum configuration and BESS usage on emissions and operational cost reductions.
Finally, the influence of BESS usage on emission reduction in the microgrid system was also investigated in this study.
Kou et al., "Photovoltaic power forecasting based on artificial neural network and meteorological data," in 2013 IEEE International Conference of IEEE Region 10 (TENCON 2013), 2013: IEEE, pp. 1-4.

Data processing and management layer The data processing and management layer is mainly responsible for data processing and management distributed notes sensory data. 3.Research Background for Wireless Sensor Network (WSN) The wireless sensor network (WSN) has been a hot research domain in the past few years.
Data Fusion The node data fusion remove repeated received data processing to reduce network traffic and node energy consumption.
Because the data has been processed by sensor nodes, it greatly reduces the data traffic and ensures the temperature of the data and information transmission.
Data Transmission Module Digital module applies to larger data transmission.
Data Processing Module This module can be implemented by controlling the processor and reduce the data traffic and repeat transmission.

UV-visible spectra revealed a reduction in the optical band gap with increasing Cu concentration.
This reduction in crystal size can lead to an increase in specific surface area, making it useful for catalytic applications [48].
In this way, the reduction in crystal size enhances the antibacterial effect.
Chetankumar, Influence of Cu Doping on Zno Nanoparticles for Improved Structural, Optical, Electrochemical Properties and Their Applications in Efficient Detection of Latent Fingerprints, Chemical Data Collections. 33 (2021) 100671
Ochang, Dispensability of the Conventional Tauc’s Plot for Accurate Bandgap Determination from Uv–Vis Optical Diffuse Reflectance Data, Results in Optics. 9 (2022) 100273

The operating principle of this gasifier where the biomass and air are fed from the top, which are first introduced into the drying zone, followed by the pyrolysis, oxidation and reduction zones, and finally the product gas is drawn out from the bottom, through the reduction zone.
Since the product gas is traveled through the high temperature oxidation zone and finally through the reduction zone, almost all of the organic vapors (tars) are consumed to form gas, and thus the gas is quite clean compared to the updraft gasifier.
All the input data used in each stage of processes were reviewed from secondary data such as biomass review journals and experimental data or any archival results from assessments.
Cost Analysis Data The cost analysis can be started after the data of the process is collected such as basis, transportation mileage, equipment used and others.

According to the manufacturer data, the Mg powder has the following characteristics: 98.5% purity, particle size ≤0.1 mm, melting point 651oC and density 1.75 g/cm3, while the B powder is of 99% purity, with a particle size ≤2 μm, melting point 2550oC and density 1.73 g/cm3.
In order to calibrate the cap model, data from axial compression, radial compression and triaxial compression tests have to be utilised.
The model was fitted to the experimental data of Ref. [4] for the MgB2 powder and to those of Ref. [5] for the Mg and B powder mixtures, see Figs. 3(a) and (b).
Cap model data for the MgO filler can be found in Ref. [3].
All material model data are summarised in Table 1.

The data were collected from 20° to 90° in 2θ scale with a scan rate of 2° min−1.
Accordingly, the BET data shown here correspond to the annealed samples.
XAS Measurements and Data Analysis.
The control of parameters for EXAFS measurements, data collection modes, and calculation of errors were all done as per the guidelines set by the International XAFS Society Standards and Criteria Committee [22, 23].
In case, the particle sizes of PtRu/Ti0.7Mo0.3O2 and PtRu/C (JM) were similar (data not show here).