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However, there are not any thermodynamic data of the reaction of the hydrogen interaction with Ce6Ni1.67Si3 in the scientific literature until now.
Results and discussion According to the X-ray diffraction data the synthesized Ce6Ni1.67Si3 sample had the hexagonal structure, space group P63/m, with the unit cell parameters close to those reported previously [3, 4].
Crystallografic data for the Ce6Ni1.67Si3 compound and its hydrides.
According to the X-ray diffraction data the sample under investigation did not decompose after partial desorption i.e. it remained the hexagonal structure P63/m of the original sample but the lattice parameters changed slightly.
On basis of the obtained data it could draw a conclusion that in the range of the hydrogen concentration in the IMC 10.0< C <11.2 the enthalpy values for the absorption and desorption processes coincide in magnitude.

Results and discussion The minimum-energy configurations of pure anatase TiO2 obtained by GGA and GGA+U methods in our study were compared with experimental data [14] as shown in Table 1.
It showed that the agreement between GGA method results and experiment data is better for the structural parameters than ones of GGA+U method.
For Ce-doped TiO2, Fig. 2b shows that the VBM consists mainly of O 2p and Ce 4f states, whereas the CBM has Ti 3d and Ce 4f states, the impurity states change the construction of band, and thus led to a band gap reduction by about 0.29 eV, which would be expected to lead to but a little enhancement in photocatalytic efficiency.
Table 1 Comparison of two cell edges a and c and one internal parameter d between the experimental data and our computational obtained data experimental data[14] GGA+U data GGA  data a [Å] 3.782 3.869 3.786 c [Å] 9.502 9.586 9.506 c/a 2.512 2.478 2.511 d [Å] 1.979 2.008 1.988 a) b d c Fig. 2 The corresponding TDOS and PDOS of: a) pure TiO2, b) Ce-doped TiO2, c) N-doped TiO2, and d) Ce/N co-doped TiO2 For N-doped TiO2, it is clear in Fig. 2c that: N 2p are hybridized with O 2p states at the VBM, in which some N 2p localized in the band gap, the electron in the valence band can be excited into gap states and then subsequently to the conduction band by visible-light absorption, suggesting that gap-to-conduction band transitions are responsible for red shifts in the absorption edge.

Microcomputer collects , analyses and process data, to control relative drip irrigation pipe system, wind power, solar power equipment, storage equipment, ventilation equipment, planting areas, breeding areas, the biogas production facilities to do the implementation of real-time monitoring.
The microcomputer receives the data, transform, storage, processing, reasonable judgment, deployment of resources of the whole system, establishes the whole system log, and allows all parameters of Planting and Breeding areas to meet the optimal parameters of plant and animal need.
We found that the biogas digester is the best device to connect the planting and breeding by data at home and abroad.
In the greenhouse,humidity in the air, temperature,light, concentration of oxygen concentration data constantly intertwined, and converged into the control system.The AD after AD collection, changes the analog quantity into digital quantity.Main control system receives and processes the data,and uses them to build a model and log to generates growth.At the same time control is gonging on.By drip irrigation control system to control the humidity of the soil, through spray system to change the planting areas and breeding areas air humidity, by controlling the air vents to change the temperature of the planting areas and breeding areas,the Control system got its aim.To change the temperature,CO2 concentrations,and light intensity of planting areas is by Biogas lamp.
All data will be displayed on the screen that really could easy to understand the operation of system.

According to data from [11] Friedel’s salts at high pH are stable and only if pH is lowering (for example, due to concrete matrix carbonization) their solubility becomes higher.
According to the data in [6; 12], CN is bound in stable CHNA С3А´Са(NО3)2´10Н2О, morphologically similar to CHSA of the monosulfate form and CHChA.
The analysis of published data allows us to state the absence of an unambiguous solution regarding how to define the amount and conditions of the guaranteed binding of calcium chloride and calcium nitrate in poorly-soluble hydrated cement products.
The input data for thermodynamic calculation are given in Table 2.
(7) Considering the known data on the partial pressure of CO2 which corresponds to its content in the atmosphere and the data on possible concentration of chloride ions and nitrate ions within the range from zero to the calcium chloride and calcium nitrate solubility the stability fields of these salts at the partial pressure СО2 3.97×10–4 were obtained (Fig. 1).

Both twinning and strain induced phases transformations are impeded by grain size reduction [4, 5].
The resulting tensile data has been differentiated numerically by means of a piecewise polynomial fitting to obtain the work hardening rate.
A good fit to the experimental data was found when m was taken to be linearly dependent on 1/ √D.
Fig. 5 illustrates the results of nonlinear programming used to obtain an optimal set of parameters for matching the experimental data (Fig. 2).
An implementation of a Kocks-Estrin-Mecking model incorporating twinning, previously developed by Bouaziz and Guelton [6] was applied to this system giving a good fit to the experimental work hardening data (beyond yield).

Mechanical characteristics of the vehicle collision accident Automotive collision process is very short, shorter real collision forces, usually between 70ms to 120ms; Car collisions can be approximated as an elastic-plastic collision and collision car as a rigid body[2], Auto collision, suffering from shock and damage; Two cars of the same model with the same speed frontal collision with a car at the same speed collision is equivalent to fixed shield; Collision causes of speed reduction is the major cause of injury[3].
Table 1.The Fitting Formula Of Before, During And After The Experimental Results Status of the crashed car Calculated data Data unit Fitting formula Driving state Total damage length L m Total damage area A m2 Total damage volume V m3 Static state Total damage length L m Total damage area A m2 Total damage volume V m3 Front collision due to friction of the role of the Department-nose deformation Bent nose-distortion x m Oblique impact Frontal and rear crash can be treated as a linear collision of hearts, in theory can be solved.
Vertical collision have some experimental data, you can do some kind of analogy analysis[7].
However, the oblique impact has little experimental data, validation of the theory and practice are not fully[8].
Establishment of Procedural framework By obtaining all parameters users input, each parameter is converted to a float data type, define the double type v (v1, v2) on behalf of the speed values to be drawn, use the equation for the speed of c # syntax to build, cars and car rear-end collision types, for example, The typical traffic accident patterns in the technical identification of vehicle speed gives the following formula: (4) (5) Using the appropriate equation for the C# function to build the C# statement is: (6) (7) Secondly, displaying the calculation result, unless the parameter input values, results are not displayed and vice versa if the all parameter values have been entered, then the speed values of double type are v (v1, v2) converted to a float type and keep only two decimal places, and then directly label to display the value of the label, the corresponding C# statements is: label31.Text = "" + ((float)((int)(v1

By combining frequency data with growth characteristics (rhizomatous, stoloniferous or bunchgrass), warm or cool season grass, and habitat preferences, the species most frequently found across counties and recorded in the widest range of habitats were selected.
This reduction of mixtures evaluated was due to the fact that the RY species, big galleta (Pleuraphis rigida), was eliminated from the study after preliminary tests revealed poor germination.
Monthly settings for each growth chamber were determined by calculating the mean minimum and maximum temperature and mean relative humidity data from historical data obtained from the Western Regional Climate Center for weather stations within each respective ecoregion.
Where significant differences existed, data from the differing ecoregion(s) were separated.
Data from all other ecoregions were combined.

Yu studied the mechanism of data sharing in such system by using XML [5].
Description of Data.
As a specific kind of application of C/S architecture, B/S architecture is made up of browser, server and database, which allows application program for user separate from code of operation logic and figuring data by introducing a group of operation objects.
Thus user is only responsible for showing the final data, having nothing to do with all other complexity hidden behind operation objects [7].
Guan: Research on Data Sharing and Exchange for Information Management System.

When n is assigned, both the bulge height and wall thickness reduction decrease with K increasing.
Then the K and n values are achieved by the experimental data from the tensile test.
In addition, the width of weld and HAZ cannot be measured accurately, so the microhardness test and data solving can cause error.
The results had demonstrated that the deformation data were favorable for high accuracy of this approach.
The data from THF are more accurate than that from tensile test since the data are under actual stress state.

While national data can provide information on the growth of manufactures and exports in the country, benchmarking enable to make comparisons with similar countries or competitors to place these growth and development trends into context relative to other countries in order to identify country’s immediate competitors, future competitors and the role model.
Methodology In this case study we manipulate both trade and industrial data to compare the countries performance and position in terms of manufacturing.
(ZSGP) is a four year plan of Zanzibar Strategy for Growth and Reduction of Poverty in Zanzibar.
Data Presentation and Critical Analysis.
One of the challenges in analyzing the Zanzibar industrial performance in terms of technology shift is the lack of reliable data for Medium and High –tech manufacturing.