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Figure 4 shows the interface state density of the SiO2/Nitride/SiC structure together with the data shown in Fig. 3.
Figure 6 shows the Si2p spectrum from the SiC surface with and without the direct nitridation layer detected at the same time as the data shown in Fig. 5.
Results shown in Figs. 5 and 6 and Table I indicated that the oxidation of nitride layer was the dominant process for the reduction of the interface state density.
The oxidation of nitride layer seemed to be the dominant process for the reduction of the interface state density.

New precast prestressed concrete hollow slab is not only complied with the request "energy saving and emission reduction" of the state's, but also reduces the construction cost for developers, project can meet the requirements of the integrity of structure.
Take test model for example, according to formula 1, calculated results are close to the measured data.
Bending stiffness Parallel to the direction of the pipe axis: (2) Bending stiffness Perpendicular to the direction of the pipe axis: (3) ,- stiffness in X, Y directions of hollow floor, ,- stiffness in X, Y directions of solid floor of the same thickness, ,- stiffness reduction factor along the Y, X direction of the hollow floor, E, ν- elastic modulus poisson ratio of the concrete, h, d - thickness of the hollow slab, diameter of the hole, S1- net distance between holes.
The data and comparison of measured deformation, calculated deformation, finite element solution are shown as Table 1 and Fig.6.

The results show that the method is accurate and less time-consuming, and is able to recognize the fault pattern which does not exist in the fault history data.
In order to eliminate the dimensional impact, maximum - minimum standardized data conversion method is used in data preprocessing.
Data preprocessing consists of signal preprocessing, maximum and minimum standardized data conversion, and dimensionality reduction process.
The mature marine engine room simulator technology brings convenience for fault data acquisition [8].
Obviously, data of fault 6 is not in the data set which is clustered.

Although monitoring devices have existed for some time, they have typically required a controlled environment, hard wired cables, and immense effort to obtain data making their application to civil structures difficult.
Furthermore, site-specific data greatly facilitates the adoption and implementation of performance-based design methods where the engineer is responsible for the characterization of all load and resistance parameters.
A concern in the adoption of these models has been that they require a great deal of input data to execute.
Such an approach requires the adoption of methods and metrics suited for probabilistic data and capable of quantifying the benefit of increased levels of safety over time.
Probabilistic Treatment of Bridge Monitoring data and Associated Errors for Reliability Assessment and Prediction, Proceedings, IALCCE08, June 11-14, 2008, Como, Italy. [20] Frangopol, D.M., and Messervey, T. (2007).

Its data indicated that the structure of ZVI-SBA-15 retained the host SBA-15 structure.
The data in table 1 indicate iron nitrate’s role of aperture expanded.
The results have shown in Fig 6.The As sorption kinetic data are better fitted to pseudo-first orderreactions and fitted the expermental data (Fig 6), a fast sorption within 18h.
Figure 6 Kinetics of As(III) sorption on ZVI-SBA-15.The line is pseudo-first order fits to the observed data.
,“Reporting physisorption data for gas/solid systems with special reference to the determination of surface area and porosity,” Pure and Applied Chemistry, vol. 57, no. 4 (1985) , p. 603–619

It is further confirmed with thermochemical data that the entropy and heat capacity of the system were enhanced at an elevated temperature.
Table 3 below shows the theoretical thermochemical data where AuCl2[C2H4O2]2- has the lowest enthalpy, corresponding with its ΔG value.
DFT-simulated Thermochemical Data in Room Temperature ​ Enthalpy, ΔH ​(kcal/mol)​ Heat Capacity, Cv (cal/mol-K)​ Entropy, S (cal/mol-K)​ RT-DES ​ ET-DES RT-DES ​ ET-DES RT-DES ​ ET-DES [AuCl2(C2H4O2)2]2-​ -158.0985​ -158.3069 33.727​ 36.152​ 99.184​ 102.156​ [AuCl4(C2H4O2)2]-​ -35.9615 -36.0079​ 40.192​ 42.684​ 108.048​ 111.544​ [AuCl2(Cl)4]2-​ 203.8481 203.7220 26.941​ 27.317​ 98.783​ 101.128​ [AuCl4(Cl)4]-​ 376.3591 376.4275 34.595​ 35.238​ 110.53​ 113.502​ Aligned with the thermochemical data above, an increase in temperature increased heat capacity and entropy.
These thermochemical data presented are crucial in scaling the process from lab-scale to industry-scale application because the heat generated during the dissolution aids in sustaining the reaction temperature which promotes continuous gold extraction.
The thermochemical data further confirms that increased temperatures produce higher heat capacity and entropy values, favoring gold dissolution.

The predictions from the present model are in good agreement with the field data.
The field data used in this applied model is shown in Tables 1 and 2.
Correlation plot comparing the present model with the actual additional data.
Comparing the present model with the actual additional data.
Chemical Data Collections, 17, 321-326

The porosity of syntactic foam is high, resulting in a significant reduction in weight compared to traditional materials due to the presence of hollow sphere fillers.
Strain data was obtained using an Instron extensometer of 25mm gauge length at a crosshead displacement velocity of 2mm/min. the raw data of load and strain values obtained from the MTS software are used to calculate and plot the stress-strain curves using Microsoft excel spreadsheet.
The raw data was plotted and calculated into stress-strain curves to obtain the flexural strength and modulus.
This was reportedly caused by relative reduction in density which is smaller than relative reduction in strength.
With the consistent progression in the σf/ ρ, with respect to HGM volume fraction, it shows that the syntactic foam can be of advantage in weight reduction application.

Based on the test data analysis and processing which are acquired from a solar energy/air source compound heat pump system in the actual building, the seasonal energy efficiency ratio under the two modes and the energy-saving rate are obtained.
Analysis of the test data Overview of the testing construction.The test site is located in a village of Ji County, Tianjin, the building type is villa, a total of three stories, building area is 489.5m2.
The data of heat in the unit and the values of COP are given in Table 1.
The data of heat in the unit and COP are given in Table 2.
The preliminary data analysis.

Based on the given data, an assumption has been suggested that organic substances with from one to three cyclic structures with aliphatic chain in which the number of atoms does not exceed 14 can be used as organic additives in the function of active compounds [6, 7].
Comparing the data determining the dependence of the amount of Chromium in the alloy on the composition, electrolyte temperature and current density shows that the factors contributing to the increase in the Chromium amount reduce the microhardness of an electroplating alloy.
The data in fig. 5 shows that the value of internal stresses of Cr-Zn alloys depends on the current density, the temperature and the amount of the Metol additive used.
Figure 6 presents the data on the dependence of the length of cycles on the amount of Metol in the electrolyte.
Ozerov, Electrochemical reduction of chromic acid in the presence of methylene blue and gallic acid.