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The kinetic data was best described by the pseudo-second order.
Heavy metal that contained in water can be separated with many methods such as reduction, membrane process, ion exchange, solvent extraction, and adsorption [1,2].
All of these peaks are consistent with JCPDS data 39-1894 [11] with a very small shifting in 2q expected to be due to the interaction between HAp and chitosan.
Watanabe: Macromolecules 17 (1984) 973-975 in JCPDS – International Centre for Diffraction Data, 1998

Numerical results with available experimental data show that Wilcox (2006) turbulence model can give good prediction in this complex flow.
Fig.2 Comparison of local frictional coefficient along the plate between numerical and experimental results Resistance reduction analysis In order to investigate the resistance reducing effect by mass injection, a comparison of mass injection and no mass injection under the same condition is conducted.

To get more reasonable boiler structure transformation scheme and more accurate data, we need carry lots of experiments.
Finally, we can make environmental protection to achieve emission reduction targets [6~7].

Aim reducing the emission of carbon dioxide that comes from cement production in the period of realizing the Twelfth Five-Year Plan for National Economic and Social Development of China. emission of carbon dioxide of biomass (cattle manure) combustion, the chemical propriety of the biomass (cattle manure) ash and the CMA’s present situation of application in concrete are studied in the paper. the result indicate that the biomass ash (CMA) replacing some cement in concrete is feasibility, the analysis will provide basic data for generalizing biomass ash(CMA) application in the concrete.
Analysis of cement industrial carbon dioxide emissions situation and emission reduction in China.

Analysis on resistive switching of resistive random access memory using visualization technique of data storage area with secondary electron image Kentaro Kinoshita1,2,a, Tatsuya Makino1, Takatoshi Yoda1, Kazufumi Dobashi1, and Satoru Kishida1,2FULL First Author1, a, FULL Second Author2,b and Last Author3,c,b 1 Department of Information and Electronics, Graduate School of Engineering, Tottori University, 4-101 Koyama-Minami, Tottori 680-8552, Japan. 2 Tottori University Electronic Display Research Center, 522-2 Koyama-Kita, Tottori 680-0941, Japan.
They reported that Fermi energy in CoO is pushed up because of reduction of CoO which causes defect-related energy levels in the band gap.

The paper presents a structural analysis of the energy consumption of multi-story residential building, obtained based on analysis of the actual data flow and heat consumption, energy audits and data for assessing the state of the energy efficiency of residential buildings.
Data on building The object of study - nine-story, apartment, detached residential building.
The data presented on the internet on the day of measurement: wind South-East - 1.0 m/s, atmospheric pressure - 769 mm.
Thermal fieldwork in a residential room After conducting an energy audit and analysis of the data clearly shows the locations where residential house is leaking heat.
These data will identify measures to ensure compliance with the requirements of energy efficiency in reducing the indicators characterizing the specific value of the annual consumption of energy resources.

Figure 1 shows example outputs of the model compared with the available data.
Predictions for discontinuous precipitation were also compared with data available in the literature.
Figure 1(b) shows the predicted number density and growth velocity compared against data for Mg-- Al binary alloys from [12, 13] for conditions where discontinuous precipitation dominates.
(a) Continuous precipitation only, particle length and number density for AZ91 aged at 200�C (data from [1]).
(b) Discontinuous precipitation only nucleation rate and growth velocity respectively (data from [12, 13]).

By the contrast theoretical analysis of peat ground to subside, the theoretical result and actual monitor data fit well, and it proves that adoptive theories and parameters are appropriate.
As the soil layers are assumed to have no lateral expansions, and the compression of the soil layers are thought as the reduction of the pore volume, the s can be obtained according to the changes in the pore height of the soil column volume of a unit section and its proportion and the following equation is established
According to the long-term observation and key monitoring on the test engineering and the analysis and classification on the data obtained from sampling surveys, it can be seen that different peat soil roadbed disposal measures have their advantages and disadvantages.

Thus, a 3D Finite Element Model of the process has been set up at IUL in order to analyze the process in detail, providing online as well as cross sectional data of the specimen formed.
In order to shift the denoted material in radial direction, a radial tensile stress is assumed while a reduction in diameter goes along with tangential compressive stresses.
Applying substructuring of the blank and solving these substructures on multi-processor machines showed a reduction of the solution time to approximately one quarter by using four or more processors [10].

Depth extraction using 2,662 depth sample data.
The depth data will be divided into two, data used for depth extraction modeling samples and data used for accuracy testing.
The selection was done by random sampling using 1,000 data, 2,000 data, 2,400 data, and 4,000 data.
The depth extraction model data used is obtained from the overall data as much as ± 25% of the data.
The depth extraction model data used was obtained from the overall data as much as ± 25% of the data.