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To achieve the goal of reducing 40%-45%, the amount of reduction of emission are 7.28-8.19, 6.38-7.18, 5.49-6.18 billion tonnes separately.
Table2 The amount of emission and reduction in three situations (a hundred million tonnes ) Goal of emission of carbon intensity The total discharge of emission The amount of reduction High Middle Low High Middle Low 2005 50.6 50.6 50.6 -- -- -- Remain unchanged 182.6 159.5 137.9 -- -- -- Lower 40% in 2020 109.8 95.7 83 72.8 63.8 54.9 Lower 45% 100.7 87.7 76.1 81.9 71.8 61.8 If the energy technology can reach or approach advanced international standards, a great change happens in structrue of energy, then 72%~81% of the goal of reducing 40%, 64%~72% of the goal of reducing 45% would be achieved, moreover, other measures to energy conservation and emission reduction need to take.
MODEL DESCRIPTION AND DATA SOURCES The basic structure of the energy- environment-economic model is on the basis of model of Lofgren(2002), added energy and made it dynamic in the plate of technology of production., energy embedded in the model as: substitution between energy firstly , then energy substitute for capital, lastly energy substitute for labor , the relation of substitution are described by the function of constant elasticity of substitution(short for CES).
The basic data of the model are the social accounting matrix table in 2007 established through data of input-output table in 2007 and corresponding customs, tax revenue, international payments and flow of funds in 2007.
From the results, the situation s2b and s2d effect the reduction in some degree.

Then the author stressed the physical and chemical characteristics of the produce of NOX in waste gas and the prevention and emissions reduction.
Among them，the article expounded the principles, process and application status of the reduction of ammonia nitrogen removal, and give it a simple evaluation.
According to the in complete monitoring data, it is between 800 to 1600mg/Nm3, it doesn’t live up to the national standard GB4915-2004 and EU standard 2000/76/EC.
SCR is a developed practical technique of great potential, SCR can assure that the concentration of NOx in waste gas decreases to 100~200mg/Nm3.The effect of NO2 emission reduction can be as high as 80% to 90%, and unlike SNCR, its emission reduction performance won’t be affected by the mass shaping of cement kiln scale.
Discuss on the technology of NOX emission reduction in cement plant.

In terms of economy and efficiency, the carbothermal reduction is the best choice due to introduction of inexpensive starting materials [6].
Therefore, the carbothermal reduction process of oxide by carbon has been most widely used to industrial mass production.
In the Al(OH)3+SiO2+C mixture having the stoichiometric molar ratio of Al4SiC4, there were distinct two-step carbothermal reduction reactions; (i) carbothermal reduction of SiO2 between 1300 and 1600 o C, (ii) carbothermal reduction of Al2O3 above 1500 o C.
However, the XRD datum presents clear difference from that of Barczak, indicating the formation of highly oriented powder along the c-axis.
The XRD datum informs that the synthesized Al4SiC4 powder may have hexagonal plate-like morphology, which was confirmed by SEM observation (fig. 3.).

The preprocessing functions include data format conversion, data interpolation, data extraction and data smooth.
The input file requires Bouguer gravity anomaly data files on a plane (unit is mGal).
The calculation results are apparent density data of each depth layer (unit is g/cm3).
Figure 2 The Apparent DensityInversion interface The Techniques and Processes of Software Implementation At first, in the Fortran PowerStation4.0 development environment, with the Fortran90 language we compiled and debugged the calculation programs of the new method, including data format conversion, data interpolation, data interception, data smooth, magnetic △ T anomaly reduction to the pole, potential field continuation, potential field cutting, the apparent density inversion and the apparent magnetic inversion module.
It is suitable for large area of potential field data.

A Kumar-type constitutive relationship of TA15 alloy was investigated by non-linear regression analysis, and the equations were established based on test data from hot process simulator.
According to test result data a Kumar type constitutive relationship of TA15 alloy was investigated by non-linear regression analysis.
Using Q, n and α data, the A value is obtained from Eqs.(1) and (2) as an average at different  and σ.
The height reduction curve waved along forging time, the height reduction reached a trough at the beginning or the end of every hammering period.
Conclusions A Kumar type constitutive relationship of TA15 alloy has been studied by the non-linear regression analysis of test data from hot process simulator.

The data repair problem[8, 9] were introduced in many literature, such as exact repair, functional repair and exact repair of systematic parts, and can achieve a significant reduction in repairing.
The major concern of a storage system is that convincing the data owner that the server actually stores the data, i.e. data integrity check, such as provable data possession (PDP) [4] and proof of retrievability (PoR) [5].
Data Storage.
Data Integrity Check.
Server sends the corresponding data and to TPA. 3) Data Check.

In addition to local texture, statistical distributions of misorientations across grain boundaries and of Σ grain boundaries have been derived from the individual grain orientation data.
The ODF has been calculated, both from ACOM and XRD data, using the series expansion method with Lmax = 22.
After reverse rolling to 62% reduction.
The corresponding crystal orientation maps are shown on the right side. 313 314 Fig. 4 Statistical distributions of Σ grain boundaries calculated from ACOM data for reverse and cross rolled copper samples with an initial grain size of 100 µm (left) and 60 µm (right).
In addition to crystal orientation maps of the grain-specific microstructure and local texture (ODF), the misorientation data across grain boundaries are also available from ACOM.

Introduction With the reduction of mineral resources, people attach the growing importance on the utilization of ocean wave energy.
Data Acquisition Card.
While data are acquired by the data acquisition card, they are also being displayed in the form of curve.
Save and Open Of Data.
Input and Output of Wave Data Files.

Through the simulated signal, it shows that the method can achieve noise reduction of non-stationary signals.
The proposed approach for noise reduction has been successfully applied to fault diagnosis of bearing signals.
The vibration acceleration data of bearings with faults are from the Case Western Reserve University [5].In the test instrument, the ball bearings are installed in a motor driven mechanical system, and are tested under several loads.
Application to Experimental Data.
Loparo, Bearings vibration data set, Case Western Reserve University, http://www.eecs.cwru.edu/laboratory/bearing/ [6] D.

Among all those methods, reduction remains the primary method for iron recovery from BFD.
Results and Discussion Analysis of the XRD data in Figure 1 observes a significant change in the phase structure of the sample with 30% BFD (30:70) during the reduction.
After reduction at 1000 °C (as signed 30:70 RD 1000 ºC), the intensity of the Fe₃O₄ and FeO peaks decreases, indicating the reduction of iron oxides, while a peak for metallic iron (Fe) appears.
XRD data in Figure 2 for four samples with different BFD:fine ore ratios (0:100, 10:90, 20:80, and 30:70) show a gradual reduction of iron oxides as the BFD ratio increases.
XRD data in Figure 3, analyzing samples with different BFD:fine ore ratios (0:100, 10:90, 20:80, and 30:70) reduced at 1100ºC, show a clear change in the phase structure.