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For each specimen, data were collected in 50 by 50 grids with a 1.5 �m step to keep the instrument in focus.
The FEM package is well suited for analyzing two-dimensional data like those coming from EBSD measurements.
In the analysis of data, the plane stress assumption was implied as more relevant for describing the sheet sample.
In the study different methods of YM measurements and calculations, based on texture data, were employed.
The difference between calculations based on neutron data and EBSD is observed (Fig. 4).

Then, the water manometer levels were read and the vacuum reduction can be determined.
Table 3.Diesel fuel consumption of the Table 4.Diesel fuel consumption of the diesel diesel engine (diesel fuel only) engine (diesel fuel + biogas) Engine speed (rpm) Diesel fuel consumption (l/hr) 800 0.20 1200 0.21 1600 0.42 2000 1.13 Engine speed (rpm) Diesel fuel consumption (l/hr) 800 0.39 1200 0.63 1600 1.05 2000 1.98 Fig. 8 Percentage of diesel fuel reductions at various speeds From Table 1, the one-way ANOVA was used to determine the significance of the effect of various engine speed settings on the consumption of diesel fuel.
We analyzed the data from Table 2 with one-way ANOVA Tukey’s multiple comparison methods.
Wichettapong, Reduction in emission of biogas released from a small pig farm in Thailand, IASTED, Canada, 6-8 July (2009) 150-152 [2] A.

No cementing material 60 kg/m3 cementing material (curing for 28 days) Figure 2 Results of static triaxial tests the elastic nonlinear Duncan model is adopted to process the experimental data and the calculated experimental parameters are listed in Table 2.
When there is an increase in consolidation stress, an increment of dynamic permanent shear deformation and a reduction of amplitude of dynamic strain can be found.
The figures 4 shows there are obvious reductions of both residual axial deformation and residual volumetric deformation under the same stress conditions.
The peak value of damage and model parameter K of CSG increase with the increment in curing days from 28 days to 90 days, The sand-gravel material show a reduction of damage ratio from 0.64 to 0.11 with the increased amount of cementing material.

Data for computation came from experiment of rolling hard aluminum sheets on a two-roll mill, which are: roller diameter 130mm, linear speed of the roller m/s, thickness of aluminum sheet 1.0mm, yield stress of aluminum 120Mpa.
The ratio of rolling reduction ratio was 20%.
The ratio of rolling reduction is 20%.
The ratio of rolling reduction was 20%.

Therefore, air insulation resistance of the electronic equipment decreases with increasing altitude, surface insulation and charged gap of different potential of the electronic components is relatively easy to breakdown, generally a rise in altitude of 100 meters, approximately 1% reduction in insulation strength.
The increase of altitude, atmospheric pressure is reduced, air densities reduced, efficiency of air compressor, compression ratio, displacement and other properties for supply equipment have great influence, mainly affected are as follows: Power down: at plateau low pressure, with low oxygen content, engine power is reduced, the work efficiency of the air compressor is greatly reduced, the exhaust quantity driven by the electric power ( equipment ) is also reduced as the amount of emissions reduction, the amount of emissions of the air compressor (equipment ) is inversely decline with altitude.
Contraposing the problem of power equipment in internal combustion engine and air compressor reduction at plateau, high power internal combustion engine power equipment should be considered to allocate, such as: in the plain mobile power station of the maximum output power 45KW is configured, at plateau maximum output power 75KW can consider to be allocated, in the plain maximum emission 2 meters3/ minutes of air compressors is configured, at plateau the maximum emission 4 meters3/ minutes should be configured.
NO.3 , JUNE 2006,770-783 [3] Viliam Makis, Jianmou Wu, Yan Gao.An application of DPCA to oil data for CBM modeling[J].European Journal of Operational Research，2008 [4] LiJianPing　ShiQuan　GanMaoZhi equipment repair battlefield theory and application，arms industry press，2009.01

During tests, a reduction of relative maximum shifting of the piston was observed.
Additionally, some cases were determined when a reduction of maximum shifting of the piston occurred as a result of an incomplete return of the piston to its zero position and a procedure for return enforcement.
A circuit with the LabView system was built to shape the sequence of the current supplying the actuator and to acquire data.
This was shown on the (Fig. 2) and caused the lower part of hysteresis loop to go up, and, in turn, this caused a reduction of the relative distortion of the sample.

From many literatures, the modified iron oxide nanoparticles with various characteristics for many applications can be synthesized in several ways, such as sol-gel method [7-8], flame spray pyrolysis [9], mechanochemical reduction [10], sonochemical method [11], biosynthesis method [12, 13], microemulsion method [14], and hydrothermal method [15-18], etc.
The saturation magnetization was obtained by fitting the experimental data to the Langevia equation.
Busch, Laboratory studies on magnetic water treatment and their relationship to a possible mechanism for scale reduction, Desalination, 109 (1997) 131-148
Kawai, Direct transformation from goethite to magnetite nanoparticles by mechanochemical reduction, J.

Surprisingly, he found no increase in stored energy with deformation; indeed, it appears that the cold deformation leads to a reduction in stored energy [11].
It is conceivable that the texture change both leads to a reduction in the stored energy, and at the same time, a reduction in the recrystallization temperature.
Nevertheless, published data on the correlation between crystallographic texture and recrystallization indicate that, when the cold-deformed texture is random, certain texture components grow at the expense of others during the course of recrystallization [12].

As is shown in Fig.2, a FEM model was built, Strength reduction FEM [2-3] was adopted to calculate and analyze the stability of reservoir landslide under multiple-factors action.
Combining geological data and parameter inversion analysis[4], unit weight of landslide takes 22 kN/m3, c takes 10 kPa, φ takes 30°; natural gravity of sliding zone takes 20 kN/m3, c takes 40 kPa, φ takes 21.8°, when saturated, unit weight takes 20.5 kN/ m3, c takes 22.2 kPa, φ takes 15.6°.
Analysis on safety factor of slope by strength reduction FEM [J].
[3] Huafeng Deng, Jianlin Li, Lehua Wang，3D FEM analysis of reservoir bank landslide based on the strength reduction method[J].

Metallization pellets with high carbon (MPHC) is pelletized by mixing carbon-bearing material, iron-bearing material (it is mainly composed of iron ore fine, steel slag, sludge containing iron and so on) and additives in definite proportions, but carbon proportion is larger than iron-bearing material reduction required, then calcined by reduction at high temperature.
The phenols content in coking wastewater keeps on reduction along with extended treatment time.
The individual data of NH3-N content in coking wastewater are reduced, and NH3-N content in most of the samples are higher than NH3-N content in untreated coking wastewater.