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According to the thermal conductivity results of (U, Pu)O2, over the temperature range of 500–3000 K, can be obtained by physically mixing the data of NpO2, PuO2, and UO2 in some proportions.
Obviously great care is taken to ensure that discrepancies with experimental data are kept to a minimum during the fitting process.
The reduction in phonon mean free path from scattering is correctly associated with a non-uniform cation sublattice.
Purely small UO2 cluster was used to perform the initial MD simulation with small 324 ion cluster, promptly from the LAMMPS output data.
Such data gives a quite comprehensive comparison of lattice specification including thermal conductivity of MOX fuels through Molecular Dynamics (MD) simulation.

For exploration, nanotechnology is applied for data collection of the physical characteristics of reservoir by using nanosensors, measuring [4][5] and imaging oil field with the use of recent hyperpolarized silicon nanoparticles [6].
Additional benefits from the smart drilling fluids such as wettability alteration, advance drag reduction, and binders for sand consolidation improve the drilling performance [18][19].
From product data sheet provided by Scomi Group Berhad, this sample categorized as ‘dispersible’ in water [24].
Product Data Sheet, 2010
Product Data Sheet. 2010

A reheating reduction of nearly 100% and time saving of 30% are expected.
Second, using the available data about shape, appearance and context, the constituents will be classified.
From the analyses of the steel grades, data sets on fractions, sizes, shapes, distributions, et cetera will be available for the occurring phases.
Additional samples and data on properties like formability, formability at elevated temperatures and machinability will be provided by SP2, SP3, and SP4.
Moreover, it is envisaged to integrate the sensor system into a demonstration model - forging plant to determine reference values to assess the signal profiles and calibrate the harmonics of the measured data.

According to the literature sources, the presented sequencing problem, denoted as CSP (Car Sequencing Problem) belongs to the NP-hard class, as has been proven by simple reduction from Hamiltonians Path problem.
To start operation of the CSS all the required data, e.g. the number of workstations, processes and operations in processes (including the determination of the scope for concurrent execution of the operations on the following workstations), should be introduced in the appropriate forms.
After entering the data, searching for the proper sequence can be started.
Skołud, Production Preparation and Order Verification Systems Integration Using Method Based on Data Transformation and Data Mapping, Hybrid Artificial Intelligence Systems, Lecture Notes in Computer Science, vol. 6679 (2011) 397-404

SEM images and granulometric analysis showed significant reduction of particle size with the increase of milling time.
In general, temperature sensors are used together with flow sensors in order to obtain more accurate flow data.
Both of the two values are extremely high, which allows the fabrication of a sensor with characteristics that allow its use in conditions of high precision and rapid obtaining data.
The sensors made of this material are reliable; they are indicated to be used in conditions requiring high precision and speed in obtaining data.

Temperature distribution has been measured by use of the installed laboratory equipment and respective data recorded has been presented in the form of graphic charts.
Data transmission has been realized by use of Advantech PCL 818 HG multiplex board and PCI inboard.
Datas which it has been taken from thermocouples are gathered and listed in Microsoft Excel programme.
Fig. 3 and Fig. 4 respectively indicate temperature variations occurring in cold rolled samples of AA5454-O material where tensions have taken place on account of temperature difference arising during deformation, based on data obtained from thermocouples that were placed into the workpiece (along L0 = 150 mm).
Temperature variations in the case of hot rolling (500 °C) process, as dependent on number of roll passes and time According to these graphics that were plotted on the basis of data collected by means of the measuring boards, a certain correlative proportion is existent between the number of roll passes and the decrease in the temperature of the sample.

The goal of this carbon footprint, CF study is to be compare the best products between MCP and commercial cement block, CB with the least effect on the environment and to guide the development of masonry unit towards a net reduction of resource requirement and emissions.
From this data, it can be clearly seen that the significant effect on carbon footprint is through the raw materials used.

Exfoliated graphite has seen a significant reduction for composites in electrical resistivity.
A set of data which relate the content of additives to physical properties will be studied.

The reduction of impurities and modification of layer structure to optimize the adsorbing ability has become an urgent discovery.
The integrated information from the surface area data with pore diameter and volume data means the pore formed in concave inward formation and widening inside surfaces.
The kinetic adsorption conformed to the PSO model supported by the data in Table 2 (according to the R2 value closer to 1).
Table 4 displayed and compared the recent work data in the maximum capacity adsorption of different adsorbents in adsorb the RB and MG dyes contaminant.
Table 5 displayed the data of thermodynamic adsorption, and it can be concluded that the interaction between RB and MG in the bentonite-based adsorbent occurred differently (dominated by chemisorption).

Up to now, however, the above EPR experimental data have not been theoretically explained, and neither have the local structures for the two 3d 7 ions in Al2O3 been obtained.
It can be shown that these results are not in good agreement with the experimental data; especially the anisotropy, ∆g, which is larger than the observed value [14].
By fitting the calculated EPR parameters to the experimental data, one can obtain ∆ZCo ≈ 0.03 Å
By fitting the calculated g-factors to the experimental data, one can obtain ∆ZNi ≈ −0.38 Å
e ) centers in Al2O3, based upon the axial displacements ∆ZCo and ∆ZNi in this work, exhibit a better agreement with the experimental data than do those based upon the host structural parameters at the normal Al3+ site and those in the absence of ligand orbital and trigonal distortion contributions.