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At present, the combination of traditional wet flue gas desulfurization (WFGD) process with selective catalytic reduction denitrification process (SCR) has been applied for the removal of SO2 and NOX from flue gas.
The authors also wish to thank Mr Qiu and Mr Hu for their kind support for supplying data for the analysis, and people at Foshan City Sanshui Jialida Textile co., LTD.

The highly damaged structure of the composite material also explains the strong reduction of compressive load (see Fig. 1).
This is in good agreement with earlier published data [5-7].

The yield and tensile strength and the percentage elongation of the each sample were determined from the data generated.
Leonidov et al. [14] also studied the effect of quenching temperature on properties and structure of die steel and observed that an increase in quenching temperature caused a reduction in hardness.

Mechanical properties and technical data of the basalt fibers [18].
La Tegola, Reduction of the lateral thrust of masonry arches and vaults with FRP composites, Construction and Building Materials 21.7 (2007): 1415-1430

Multifractal characteristics of the structures of layers of TiNi alloys and NiAl at the stage Material Mean ∑ср Multifractal characteristics Δ100 f100 D0 D1 D2 D100 dy Аψ Alloy TiNi 0,170 0,213 1,332 1,39 1,449 1,484 0,184 0,497 Plasma spraying TiNi 0,282 0,161 1,882 1,746 1,689 1,598 0,215 0,561 Laser cladding TiNi 0,300 0,220 1,917 1,865 1,825 1,58 0,28 0,757 Plasma spraying TiNi, annealing at 1073K 0,301 0,387 1,605 1,563 1,421 1,635 0,297 0,725 Laser cladding, annealing at 773 K 0,322 0,679 1,690 1,602 1,467 1,609 0,309 0,835 Plasma spraying NiAl 0,247 0,139 1,701 1,692 1,637 1,507 0,13 0,507 Plasma spraying NiAl, annealing at 1073K 0,286 0,345 1,517 1,497 1,385 1,557 0,216 0,698 Based on the statistical data of the multi-fractal analysis a connection with microhardness and the self-similarity dimension D0 (Fig.4a) at various stages of surface modification was established.
Increasing wear-fatigue characteristics of the steel with a surface modified layer of a shape memory material were due to pseudoelasticity of the surface layers of these materials in the friction zone and a reduction of stress concentration due to an increase in surface roughness of the contact area.

As evident from the pattern, GO’s mass reduction starts from 180℃due to the pyrolysis of labile oxygen containing groups yielding carbonmonoxide, carbon dioxide and water vapor.
Nonlinear absorption coefficient βis evaluated by fitting the experimental data with the theoretical plot and it is listed in table1.

It is shown by field data [3] that circulation warm-up lasts very short time, only two months or so.
At this time, the height of gravity drainage declines the same as the reduction of oil production.

Literature data [10-12] were used to interpret the results.
Thus, the inertization and the reduction of the health hazard potential of all waste materials were achieved.

The data taken for validation of the current results with previously published research [19] and to perform parametric studies further in order to understand the trend: E = 1100 GPa, ρ = 2300 kg/m3, ν = 0.3, and h = 0.34 nm.
Specifically: · The strain gradient parameter had a "hardening" effect, causing an increase in the fundamental natural frequency of vibration and reduction in the transverse deflection.

Signal = mean where i = 1,2,3,4,5 (Mi) STDi Noise Statistic analysis All data were collected and analyzed.
Evaluation of a metal artifact reduction tool on different positions of metal object in the FOV.