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(Ps, because of difference from different scholars’ data source and calculation method, the result is slightly different.
It caused wetland large reduction in degradation and severe water shortage, for example, the quantity of annual water shortage in Qilihai wetland has reached 34.93 million cubic meters.

The identification of A, m and n parameters was performed by Aurock using a semi-direct algorithm based optimisation procedure fitting a tensile test numerical model to experimental data provided by ENSAM Angers following test requirements from Airbus.
A second analysis introduces a Ti6Al4V martyr sheet in order to optimise the Ti-6Al-2Sn-4Zr-2Mo sheet geometry (cost reduction) and to minimise thinning at the end of SPF process. 3D Analysis for SPF Process Optimisation.

Materials and methods Experiment apparatus and materials Self-made dynamic experimental apparatus, U.S. orion5-Star conductivity/pH/ORP analyzer, 721 Spectrophotometer, pH/Cond 340i Oxidation reduction potentiometer, stainless steel tube et al.
Water quality parameter analytical method: reference to “the water and wastewater monitoring and analysis methods” (fourth edition) [10]. 1-inlet temperature monitor; 2-electric heater; 3-wall temperature monitor; 4-data acquisition card; 5-industrial computer; 6-water bath temperature monitor; 7-constant temperature water bath; 8-heat exchanger tube; 9-outlet temperature monitor; 10-upper tank; 11-heat exchanger; 12-lower tank; 13-cooling water circulation pump; 14-upper tank temperature monitor; 15-air circulating pump; 16-air-cooled tank; 17-air-cooled radiator; 18-air-cooled motor; 19-inverter; 20-PID controller Fig.1 Schematic diagram of dynamic simulation system for forming fouling Conclusion and discussion Impact of water quality on biofouling formation For studying the water quality parameters on the influence of fouling formation, the paper did online or offline detection about water quality parameters with the growth of SRB and IB, the formation of biofouling.

It can be seen as the included angle increases, the inclined support shared the load reduction.
Comparing the results in table 2 with Plan 5 data in table 1, we can see the difference is small, that means horizontal moving force have little influence on load distribution effect of multi support underpinning structure.

The data obtained used the same levels of photon energy.
The admixture, which permits a high reduction in the water content of a given mix without affecting the consistence according to EN 934-2, was added to control slump of 10±2.5 cm.

Moreover, since only meshing of the grain boundaries is required, simplification in data preparation and reduction in the number of DoFs are attained, with consequential computational benefits.

Pressure difference was monitored throughout the experiment using a pressure sensor which was connected to the data logger.
Retention of nanoparticles in the porous media will cause permeability reduction due to the incompatibility of the dimension of pore throat and agglomerated nanoparticles.

Courses/cm 20 21 21 20 Thickness [mm] 0.46 0.52 0.42 0.42 *No data available Therefore, in M3 and M4 knitted fabrics samples, five pigments (white, black, yellow, magenta and cyan blue) were manually printed in a rectangular shape (measuring 10cm x 6cm) using a Sefar Pet1500 43.80 WPW screen and a manual printing machine with 6 pallets.
Baltušnikaitė, Reduction of Thermal Signature Using Fabrics with Conductive Additives, Materials Science. 19 (2013) 409-414.

The technology of producing recycled cermet powder included the following steps: 1) preliminary mechanical treatment for size reduction of worn inserts in a centrifugal-type pre-crusher DSL-350; 2) intermediate milling in a disintegrator DSL-115 to provide particle size less than 200 µm; 3) final milling into 1–45 μm particles in the laboratory disintegrator milling system DSL-175 in separative milling conditions. 4) Sieving the obtained powder to the required particles size.
Table 1 provides the data for the separation of powders after 3D printing.

Photogenerated electrons are rapidly transported to the Gr surface and play a significant role in the reduction.
According to the data above, a significant improvement of electrochemical performance was observed for Gr-ZnO nanocomposite compared with pure ZnO; the addition of Gr can provide a fast redox reaction and form the open structure allowing rapid and effective ion charge transfer and electron transport.