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Physical Test Figure 5 Topology of control system Control system is shown in Figure 5, where the DSP is responsible for the man-machine interface , fault detection and control algorithms to achieve, when data acquisition and into the open is achieved by the FPGA ; lower control achieved by the power unit CPLD. 4.1 Harmonic and reactive current composite compensation experiment As the disturbance is phase symmetrical, the results just show phase A in Figure 6 Figure 6 Experimental waveform of the composite harmonic current and reactive current compensation 4.2 Harmonic, reactive power, unbalance composite compensation experiment The results of harmonics, reactive power and unbalance composite experiment are shown phase A in Figure 7 Figure 7 Current before and after compensation After waveform cooperation, this device can compensate composite power disturbance.
Reduction of inductance and current rating of the coil and enhancement of fault current limiting capability of a rectifier type superconducting fault current limiter[C].

The lattice parameters of the material were calculated by MDI.Jade.5.0 soft, the lattice constants of the simple are: a=10.310Å, b= 6.001Å, c= 4.687Å, that is very close to the standard LiFePO4 data.
The uniform distribution of the carbon and appropriate reduction of the particle size can significantly improved the diffusion rate and the conductivity of the LiFePO4/C [6].

Image capture Image processing Image storage Start End Y N Input of image Image pre-processing Garbo feature extraction  PCA dimension reduction extraction  ELM classification Fig.6.
The interface consists of image data, motion control, monitoring control, spray cleaning process control, etc.

These data show that there is a latent potential for the use of gypsum in Brazil [2].The plaster can be considered a binding energy-efficient, which is of interest to the sustainability of construction: in its manufacturing process, while the Portland cement requires temperatures of 1450oC, emitting CO2 in the atmosphere, gypsum can be obtained with less than 170 °C, emitting water vapor.
In the case of reinforced concrete structural elements subjected to bending, the reduction of adhesion is characterized by decreased rigidity of these elements [5].

Fig. 4b shows broadening diffraction peaks of the porous film, which implies a reduction in crystalline size.
The barrier height () and the ideality factor (n) can be determined from the y-intercept and the slope of the fitted curve, respectively, by using a linear curve fit to the forward characteristics of ln(I) against the V data.

Table 1 Basic parameters of the engine Items Value Items Value Cylinder diameter/cm 10.2 Cooling way Liquid cooling Stroke/cm 10.1 the exhaust valve opens 102（ATDC） Cylinder number 4 the exhaust valve fully opens 40（BBDC） Compression ratio 16.5：1 the exhaust valve opens 115（ATDC） Fuel Diesel or jet A1 the exhaust valve fully opens 36（BBDC） Enter the main data of each part and the related physical parameters, the whole engine model is showed as fig1 Fig.1 The GT-POWER model of one type of piston aviation oil engine Change the air inlet conditions when the altitude reaches 5000 meters where air pressure and temperature declines, the temperature was 254K, temperature pressure was 50.545KPa Simulations show that the air compress efficiency decreases. from 100% to 30% when works at high altitude from sea level to 5000 meters.
Numerical Investigation of Turbo lag Reduction in HD CNG Engines by Means of Exhaust Valve Variable Actuation and Spark Timing Control[M].International Journal of Automotive Technology, 2010(3):289-306 [4] Ding Xianfei, Xu Bin.

In this study, among other changes of body posture, the reduction of the hip angle was most obviously, reaching 136.5°.
The data showed that He had quite high flight height and, therefore, long flight time which was 0.78s.

In addition, it can be reconstructed from the experimental data, without the need to know [3] [4] used the theory of systems of differential equations embedded.
Test Reduction in the impact, pressure disturbance involving the HV system having the grid and with respect to a different point of view, the smaller the pressure conditions (i.e., the maximum switching power) on the storage device (i.e., calculated to assess the benefits of equal the interference is reduced in proportion to the economic cost of the storage device).

All the data were averaged of the 10 sample tests. 1.2.2 Alkali resistance test Using constant temperature water-bath water to alkaline experiment.
The loss of strength of fiber increase gradually as time increases and the fracture strength has a significant reduction at 5 minutes.

It is depicted reduction in synthesis time, and/or temperature reaction, and/or higher reaction rates, and or densification kinetics [6-8].
Table 1 – Descriptive data of surface area Samples Microwave Heating Time [min] BET [m2/g] Pore Volume [BJH] [cm3/g] Pore Size [Å] Particles Equivalent Spherical Diameter [nm] Aluminum nitrate heated at 1100oC - 7.81 0.078 276.68 193 Material Treated at 0.5M for 60min 15 15.32 0.090 234.27 * Material Treated at 0.5M for 240min 15 144.19 0.311 84.00 * Material Treated at 0.5M for 60min 20 7.93 0.083 394.66 190 Material Treated at 0.5M for 240min 20 6.01 0.068 421.74 250 Material Treated at 2M for 240min 15 3.96 0.028 285.92 380 Material Treated at 2M for 240min 20 6.71 0.038 207.23 224 Conclusions According to these results, it was can highlight the following points: the decomposition of aluminum nitrate enables the obtainment of material constituted by alpha alumina and gamma-alumina after calcination in 1100ºC; the acid attack accelerates the formation of alpha alumina; materials constituted only by alpha alumina are obtained with the irradiation of microwave for 20 minutes.