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At the same time of providing Internet utilities, the provider also provides off-line operation and local data storage, so that users can use the software and services ordered anywhere [3].
Service Layer：It is the core of background operations, using service as the business components for granularity framework, concentrating on the management of all the business relevant needs, which is based on the principle of high-class cohesion and low coupling, where the components are independent from each other, calling the components of the data layer the to complete the storage of the data.
Data layers：It is composed by database, LDAP, and file system.
The database is the core of the system data, which manages all the business data; LDAP is mainly in charge of management of users’ information, access and confirmation of users’ information; the file system stores all the information of the users.
Design the comprehensive data model of rationally allocation of data sharing and isolation under the SAAS model, which is constructed through middleware.

The experiment method is to blend air and CO2 properly through MFC (mass flow rate controller) and to collect each data by changing mole fraction of CO2 at 0%, 15%, 30% and 100%. 2.2 Experiment Results Fig. 1 is the test result of TGA experiment and shows the mass weight reduction by changing CO2 concentration atmosphere at the time of calcination.
As density of CO2 is increasing, reaction starting temperature is getting higher and seemed not to be formed in that a precursor which is synthesized at 100% CO2 density is 5% less than air atmosphere in mass weigh reduction .[13] Fig. 2is the result in which heat exits of total precursors analyzed by DSC (differential scanning calorimetry) was measured.
Fig. 3 is the plot to get the k value based on data which is acquired in TGA.
The reaction rate should be defined in electronic data processing interpretation for chemical reaction and k value which is achieved by the experiment was used for electronic data processing interpretation of a calcination furnace.
It was found that CO2 concentration decreases by loading layer at the time of vent formation and more reduction was made as the loading layer is more.

The paper comprehensively brings together key data on the status of nuclear facilities in China, the radioactive contamination monitoring system, critically evaluates the response to the accident with respect to agriculture and bioremediation of the soil around the nuclear facilities .
Figure 1 Distribution of nuclear power plants in China The establishment of information database of nuclear facilities, radioactive contamination of surrounding soil Collection from site selection through to decommissioning of nuclear facilities throughout the period until the recording of all data，on-site measurements and sample analysis to determine the pollution, the types and quantities of radionuclides, the distribution of contaminants and pollutants physical and chemical properties, the establishment of facilities for radioactive contamination of surrounding soil information database for soil pollution monitoring and early warning and management plans, programs, costs basic data.
Data on the effectiveness of agricultural countermeasures have been evaluated and the impact of countermeasures implementation to mitigate consequences of the accident has been assessed for decades.
"Uranium 238U/235U isotope ratios as indicators of reduction: results from an in situ biostimulation experiment at Rifle, Colorado, U.S.A."
"Uranium reduction."

In this paper, finite element software are used for the CTOD test specimens to simulate the characteristic values, then compared with the experimental data to draw the appropriate conclusions.
The calculation of fracture toughness is a very comprehensive issue, it need to consider the complex boundary conditions, while the geometry, material nonlinearity, large deformation processing brings considerable difficulty for these issues. with the reduction in the costing and the substantial increase in computing speed, the finite element method for high precision calculation to solve the problem of computing has become the first choice.

According to study mixing of chemicals with red onions, it was found that red onions mixed with chemicals are bruised leading to reduction of red onion’s value.
Results and Discussion Based on Research Objectives and Hypothesis 1 According to data analysis on innovative demands, it was found that the prototype of the red onion chemical mixing machine had 2 aspects of demanded features for production efficiency, i.e., the structure of the red onion chemical mixing machine and the usability of the mixing machine for improving the product volume as well as for strengthening products, improving its durability, and replacing human labors.
He studied on Efficiency Improvement of Chip Press Machine by Setup Time Reduction Technique.
The results of this improvement enhanced the efficiency of chip press machine by improving the procedure of tools preparation helping to reduce the duration of chip press machine adjustment from 89 minutes and 55 seconds to be 80 minutes and 5 seconds calculated to be 10.50% reduction.
The knowledge testing paper and a set of questionnaires on satisfaction were used for data collection.

Single reduction, Gp, total reduction, Gc, ad drawing speed, v, are summarized in Table 1.
Data presented in Figure 2 shows that in the multistage drawing process in hydrodynamic dies the increase of drawing speed causes intense heating of a thin surface layer of the wire to the temperature exceeding 500°C.
In fact, under both laboratory and industrial thick layers of lubricant generally do not cover all edge roughness, thus with an increase in the total reduction roughness of the wire decreases.
The change in lubricant pressure p as a function of drawing speed v for different coefficient of dynamic viscosity η=50, 150, 250 The data presented in Fig. 8 shows that the lubricant pressure in the hydrodynamic drawing process at a constant of the resistance die parameters is dependent on the product of the drawing speed and the dynamic coefficient of viscosity.

Three different gases of analytical grade were used: N2 for inert atmosphere, an air mixture for oxidation and Ar/4%H2 mixture for reduction.
The data have been expressed in mg/kg, as proposed in the NEN standard (Fig. 1a), and in µg/m 2, where the specific surface of the calcined BR has been used in the calculations (Fig. 1b).
Unfortunately, the evaluation of the system under study is hindered by a number of parameters: a) the host minerals for Cr, Ni and V are not known since BR has been produced from gibbsitic and diasporic bauxites with unknown trace elements profiles, b) as a consequence, the thermodynamic data for solubility are not available, and c) the redox reactions taking place can be identified only for major phases, i.e. hematite, and only estimations can be made for the interplay of the different minerals within the bulk and with the gas phase.
Ox: Oxidation, In: Inert, Rd: Reduction.
A sensitivity analysis of the model [19] demonstrated the significance of the wall material's density: a density of 1000kg/m 3 would impair a higher than 30% reduction in the calculated dose rate.

Cold rolling was conducted without intermediate annealing to over 90% reduction in thickness.
The Nb and/or Cr added Ni3(Si,Ti) alloys as well as the Ni3(Si,Ti) alloy were successfully cold rolled to more than 90% reduction in thickness without edge cracks, indicating that Nb and Cr addition did not spoil cold-rolling workability of the Ni3(Si,Ti) alloy.
The data for the nickel based alloys (Inconel X-750 and Hastelloy X) and stainless steels (Type 340 and Type 430) that were referred from the literature [6] are also included in this figure.
Data for the conventional nickel alloy (Inconel X-750) and stainless steel (Type 310) are also included in this figure.
For all the alloys, cold-rolling with over 90% reduction in thickness was possible without providing intermediate annealing

Strain development measured in chosen elements is our input data allowing for solving the problem.
Dimensions are shown in Fig.2, while other data are specified below: material density: 7800 3kg m      Young's modulus 2.1e11 [Pa], cross-sections of elements, equal for all elements: 1e-4 2m   .
The time reduction due to use of heuristic approach is shown in Table 2.
Steepest descent algorithm Heuristic algorithm Number of sensors 5 1 No of optimization steps 20000 500 Computational time 2 hours 5 minutes Application of the heuristic algorithm (and reduction of sensor number, e.g. to only one) leads to significant reduction of computation time necessary to reach satisfactory accuracy of the solution.

IR reflection spectra were measured on a Bruker Equinox 50S Fourier-transform IR spectrometer with a MIRacle single reflection horizontal ATR attachment, using a ZnSe crystal, over the range 400-4000 cm-1 ; data of 500 scans were collected with a scanning step size of 2 cm-1 .
For a membrane treated for 60 s only insignificant reduction of the pore diameter being observed.
For the membrane treated for 300 s, the pore diameter reduction is quite essential and the thickness of the deposited polymer layer is about 400 nm.
Relative content of atoms in the layers of PPTh according ESCA data Plasma treatment time [s] C [%] S [%] O [%] N [%] Formula 60 67.7 8.9 20.6 2.8 C4S0.5O1.2N0.2 300 61.4 11.1 23.0 4.5 C4S0.7O1.5N0.3 3500 3000 2500 2000 1500 1000 500 750 875 630 1050 1200 1420 1720 3070 2 1 Absorption Wavenumber, сm -1 Fig. 4.
This effect is connected with reduction of pH solution at the surface of this layer due to occurrence of a gradient of concentration of H + ions and protonation of sulfur atoms.