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Market competition of electronic products is extremely fierce, and market cycle of products is getting much shorter, which at the same time requires the significant reduction of electronic products' design and development cycle.
Diagram of Overall Structure The system consists of client layer, intermediate layer and data layer, as is shown in Fig 1.
Data layer: data layer is to become the medium of computer information storage through relational database.
After the user sets up a 3D experiment scene according to the existing components in the experiment, tools automatically hand over the generated experimental data to the simulation solution module for results calculation and at the same time conduct the visualized output on the returned simulation results according to the requirements of 3D virtual experiment.
The interfaces among all the modules follow unified specifications, such as framework standard of 3D virtual experiment, terminology standard, component metadata standard, component package standard, service interface standard, process control specification and data exchange specification.

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.

These data allow not only the comparison of this specific PPO with similar enzymes from other sources but also contribute to the clarification of the mechanism, with significant implications for browning inhibition.
Each data point was the mean of three determinations.
The data were recorded in the figure 2 as follows.
Conclusions The above experiment data showed that the optimum temperature of PPO from PSP was 16℃ with the second optimum temperature at 30℃.
Collectively, the data indicate that high-temperature blanching and low-temperature storage are necessary methods to control the enzymatic browning caused by PPO in PSP.

Key applications of SECM have been demonstrated based on the newest literature data covering the past two years of the active research in the field of corrosion in a nanoscale.
Data collected from the Science Direct.
Basic operational modes of the SECM: a) disc microelectrode tip positioned in the bulk solution (distance of tip from substrate: d = ∞) where the steady state tip current (iT) for the reduction of O into R is totally diffusion controlled, b) the positive feedback mode at a conductive substrate which regenerates O from R, c) the negative feedback mode based on hindered diffusion of O by an insulating substrate, d) substrate generation/tip collection (SG/TC) mode, e) tip generation/substrate collection (TG/SC) mode [36].
The investigators also observed that some anodic peaks were succeeded immediately by cathodic peaks, and that both the oxidation and the reduction reactions proceeded simultaneously at local pitting sites on Ti surface.

The calculation results can reflect the dependent degree of the study area on external water resources, but detailed import and export trade volume data is needed.
Despite the trade volume data is difficult to obtain, it can be estimated by the multi-regional input-output method (MRIO).
Moreover, without the need for inter-regional product flow data of sub-regional and sub-sector, the impact of production technology and trade patterns on virtual water can also be distinguished [13]
The calculation results can reflect the impact of the consumption structure on the water footprint, but detailed consumption data is needed.
However, due to China lack of long-term serial trade and consumption data from different products by regions, both methods have been restricted to some extent in practical applications.

Methodology Data Preprocessing Nucleic acid sequences are various in size and length.
This method adopts the use of majority voting scheme, which employs the whole data set for generating references for all four Dengue serotypes.
In addition, the projected data explicitly reflects the true pattern of a Dengue virus sequence.
Finally, this method for projections can be adapted for future analysis, such as classifications, clustering, and association; for higher accuracy and availability of data inputs.
Thaithatkul, “The analysis of Dengue virus serotypes via UnitX representation,” in The 7th INFORMS Workshop on Data Mining and Health Informatics (DM-HI ), 2012.

A kind of combination is generally believed that the use of Pb-Ca positive grid that the active material interface layer of the corrosion resistance of purified large insulating film.To prevent the generation of the purification, the general method is to add the Sn,that is, high Sn and low Ca alloy,so the alloys are used in the positive plate of poor water VRLA battery which the water loss is a minimum and its test data is 1.5-2.5g/Ah.but the mechanical strength,creep resistance and deep charge and discharge performance ( no effect in the presence of antimony) of Pb-Ca alloy is still below the Pb-Sb alloy.The small electric vehicle batteries use flooded design that it could regularly pay replenishment and maintenance,so Pb-Sb multi-alloy should be the best selection.B alloy is the best combination which can effectively improve performance while maintaining deep cycle relative reduction of water loss purposes.The alloy components are: Positive plate alloy : Pb+Sb(1.8-2%)+As(0.1-0.2)+Sn(
was shown in the table 2(each group of data are the mean values of 2 battery test data).
Table 2 The mixing paste test data at different temperatures Seen from the table 2,if the maximum temperature of the mixing paste could control at the range of 75℃-80℃,the capacity and cycle life of the battery would better improve.
The test data of the improved assembly 6V 190Ah battery(5h rate ) were shown in the table 3.
Table 3 The Improved Test Data Conclusion （1）The alloy complex of the positive Pb-Sb and the negative Pb-Ca was used appropriate heat treatment,so it helps to improve the deep cycle life of small flooded power battery and could be achieved low maintenance performance

Data Collection A survey form that consisted of four pages was developed.
A pilot study was conducted with 50 students to ensure getting a realistic and solid data.
Data collection was completed for 440 students.
The data was then entered to an excel file.
After completing the data entry, a quality control check of the data entry was conducted.

Little test data have been published to demonstrate the performance of the connections subjected to a rapid rate of loading.
Fig. 3 The influence of strain rate sensitivity However, there are still very limited research data considering the influence of strain rate on the structural bolts and welds.
Analysis Results First, the validation of three-dimensional finite element model was preceded by comparing their predictions against static test data using ABAQUS.
Fig.5 shows the comparison between the simulation result and the experimental data.
Findings from three computer code validations with precision impact test data.

All data should cover the range from room temperature up to the forging and heat treatments temperatures.
Experimental Distortion Measurement To evaluate the capability of the simulation tool to be representative of the shape deviation due to the machining working steps authors have compared the numerical data with the experimental ones gathered for the analyzed component at the end of each studied operation.
As reference of the data comparison it is reported the data collecting related to nine geometric features (A,B,..
The numerical data for the considered features have been compared with the physical ones obtained for the same conditions as average of measures done on three disks.
In Table 3 the meaning of the reported data is the following: · Experimental displacement have been considered for confidential reasons has normalize to one; · Displ.