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Predicted near-field flow statistics and far-field SPL are both in good agreement with the corresponding experimental data.
Comparing with the solutions from Andersson et al. [1], our HILES predictions are in good agreement with the experimental data, especially at the locations .
Comparing with the experimental data, the locations of the peaks in and profiles are well predicted by present calculations.
Encouraging agreements between the SPL from present computational data and experimental data [1] can be observed.
Furthermore, predicted sound pressure levels are in excellent agreement with the experimental data.

However, after the capacitance change is initiated further decrease occurs at the same rate in both the cases as shown in panel (b) of Figure 7, by time-shifting the NOA data.
This results in an acceleration of TBR and reduction of the delay time.
The data is well described by a sigmoidal function, shown as solid line through the data.
In combination with the data presented in Figure 8, these observations suggest that the random dilution-random field crossover is perhaps a universal feature. 30 40 50 4 8 12 15 V 10 V 40 V ε T ( o C) 20 V Figure 9: Influence of the applied voltage on the photoinduced N-I transition.
Acceleration of TBR by an external field Fixed frequency dielectric constant data obtained for a planar sample (having positive εa) in the absence of an electric field (except for the probing field) and with DC voltages of different magnitude are shown in Figure 9 [23].

(2) Data preprocessing module The module will be raw data into a neural network identification data, the processing of the raw data can be divided into three parts: the protocol analysis, packet feature selection, data processing.
According to the pre-processing module to extract the 41-dimensional feature vector for data processing, the principal component analysis (Principal Component Analysis, PCA) dimensionality reduction principal component variables 7, you can set the number of neurons in the input layer 7, the output layer neurons identified as one, can also be changed according to the actual situation of the number of neurons in the output layer
GABP network structure Simulation and Analysis (1) In this paper, experimental data from the MIT dataset KDD CUP99, these data have become in recent years, intrusion detection system evaluation standard data.
KDD CUP99 data from a random sample of about 500 sample data as a system of training and test data.
A Data Mining Framework for Building Intrusion Detection Model[C]//Proc. of 1999 IEEE Symposium on Security and Privacy.

Reduction of European emissions has consistently demonstrated a decrease in the acidity of rainwater in Slovakia [1].
The available data on air pollution shows the changes that occurred in 2014 compared to 2004 [1].
Three different periods of monthly averages of climatic data values were compared.
Using the monthly averages of climatic data and values of the air pollution from 2003 to 2006, the maps were obtained that are shown in Fig. 2a.
The main factors obtained in this standard STN EN ISO 9223 could be based on the dose-response function uncertainty or by measurements of air pollution and climatic data.

Reduction of weight of leaf springs without any reduction in load carrying capacity and stiffness was made possible by introduction of composite materials.
The results are compared and the theory which gives the lowest value of life and the highest value is chosen to be best in the analysis of steel leaf springs Loading data is chosen as history data of SAE transmission and is applied.
Life data analysis: This is carried out by applying a load of 1000N and analysis is carried out by the above mentioned four approaches.
Also Using the Gerber’s theory the life data obtained is similar to the Goodman’s theory.
The fatigue analysis of the steel leaf springs are carried with four approaches , Soderberg’s approach is found out to give better results for the analysis of life data for leaf springs.

Table 1 The rolling strength parameters testing data of R1 mill of WuGang No.2 hot strip rolling mill Billet number Billet size(mm) material reduction rolling force (t) Upper torque (KN-M) Lower torque (KN-M) Mean ratio of upper and lower torque (thick*width*length) 　 mm maximum value mean value maximum value mean value maximum value mean value Mupper / Mlower 1 230*1400*9100 St12 38.5 1802 1765 1519 1099 2042 1151 0.95 2 1699 1644 1650 1032 1778 1052 0.98 3 1867 1733 1675 1088 2143 1185 0.92 4 1758 1676 1512 1062 1816 1035 1.03 5 230*1550*9950 A 26.6 1759 1694 1137 826 1284 983 0.84 6 1648 1593 1153 754 1190 923 0.82 7 230*1650*7600 SPHT2 25.8 1883 1762 1213 889 1224 881 1.01 8 230*1650*7800 1697 1645 1122 811 1159 890 0.91 9 230*1550*9950 A 25.9 1799 1765 1408 898 1397 1031 0.87 10 1794 1716 1343 814 1174 985 0.83 The establishment of finite element model MARC Analysis Research Corporation (referred to as MARC) was founded in 1967 and headquartered in California, Palo Alto, is the
Thus, under the condition of positive pressure approximately equal, the positive pressure on lower contact arc will produce a greater reduction to the material of deformation zone, that is the reduction of fast rolling will be greater than the reduction of slow rolling when asynchronous hot rolling.

The tests were performed at room temperature in a static hydraulic traction machine equipped with a 100 kN load cell accuracy of 1N VERSAT 1000 model, with the data acquisition software manufacturer itself.
The wire steel suffered 56% area reduction during cold rolling.
This elevates the driving force for the precipitation of nitrogen due to the reduction of the distance of diffusion of nitrogen to the dislocations.
Thus, the amount of NbN formed was small to contribute significantly to the reduction of free nitrogen in the ferrite, which could effectively reduce the effect of static aging.
Thus, there is no effective reduction of free nitrogen in ferrite through the formation of NbN.

Data presented as the mean values of triplicates and the maximum standard deviation among triplicate results.
The reduction ratio of total Cu content changed from 11.54% without the compost application to 11.60%, 22.02%, 25.27%, 7.08% and 3.65% after the amendment of 20, 40, 60, 80, 100 g/kg compost to soil, respectively.
Furthermore, the reduction ratio was the greatest when the ratio of compost to soil was 60 g/kg.
However, the reduction ratio decreased when the application of compost amount kept increasing to 80 or even 100 g/kg.
Cu content before plant (mg/kg) Cu content after harvest (mg/kg) reduction ratio (%) C0 432.43±23.12 382.54±20.57 11.54 C20 426.47±18.26 376.98±18.26 11.60 C40 420.52±29.35 327.94±9.34 22.02 C60 414.56±8.29 309.78±5.92 25.27 C80 408.60±11.84 379.67±15.58 7.08 C100 402.64±22.38 387.95 ±24.16 3.65 Distribution of copper in soil A sequential extraction procedure was used to determine the distribution of copper in soil after B. juncea cultivation and compost application.

Table 1 Main Technical Parameters Items Data Area of heat-supply service(104m2) 1000 Flow of heating network water (t/h) 9335 Flow velocity (m/s) 2.5 Heating index (W•m2) 54.28 Total heating load (MW) 542.8 Turbine maximum steam extraction quantity (t/h) 760 Total flow of the waste heat water in heat pump (t/h) 15000 Inlet temperature of the heat pump heating network water (℃) 60 Outlet temperature of the heat pump heating network water (℃) 90 Heat pump COP 1.667 Steam extraction quantity needed in heat pump (t/h) 250.8 Heat pump total load (MW) 325.68 Condensate temperature(℃) 87 Energy Saving and Environmental Benefits.
So the reduction of CO2 emissions is T*a, and the reduction of SO2 emissions is T*b.
Table 2 Computed Result Items Calculated Value area of heat-supply service (104m2) 1000 recovery quantity of waste heat (MW) 130.27 coal equivalent savings (104t) 6.95 reduction of CO2 emissions (104t) 19.42 reduction of SO2 emissions (104t) 0.17 Water savings (104t) 79.84 Economic Analysis.

Introduction The main parameter of the newly developed designs solution of machines parts aimed primarily to reduction of the weight and also an increase proportion of energy-efficient recycled materials while is requirement to maintain the same or even better properties.
This fact is important to consider during evaluating the result data (dependency of acceleration on time).
In this study has been tested an using of hyperelastic element (spring) for reduction of vibration as is shown in (Fig. 2d). 
The elastic element was mounted between the arms of clamping device, which led to reduction of the vibrations.
For a further optimization, it is assumed that the final optimization of the system for reduction of the vibrations will be created with an actively controlled element.