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Wan et al. [10] reported a reduction in evaporator wall temperature and total thermal resistance of about 12.8% and 21.7% respectively.
It includes the compact loop heat pipe assembly, a dc power source, a data acquisition unit, a watt meter to indicate the load given and computer for recording and monitoring the system parameters.
The temperatures were measured every 3 s.This is set as the time interval in the data logger DARWIN DAQ-100.
The readings are recorded by the data logger and stored in a computer for further data processing.
Fig. 2 Experimental test layout 2.3 Data reduction The evaporator, loop and the total thermal resistances are calculated using the equations (1), (2) and (3)

Soda Industrial Production Forecast Alkali industry ,the major downstream industries are building materials(mainly glass},paper,medicine,chemical industry.The composition of China's soda ash consumption in recent years, generally are: soda glass industry accounts for about 42% of total consumption, accounting for 18% of the chemical industry, light industry accounted for 12%, accounting for 7% of metallurgical industry, civil accounted for 7%, other industries 14%[6].Our 1989-2004 year of glass, paper, soap, cloth, caustic soda, soda ash production data fitting, the data in Table 1.
Table1.Alkali industry, the major downstream industries are building materials (mainly glass), paper, medicine, chemical industry.The composition of China's soda ash consumption in recent years, generally are: soda glass industry accounts for about 42% of total consumption, accounting for 18% of the chemical industry, light industry accounted for 12%, accounting for 7% of metallurgical industry, civil accounted for 7%, other industries 14%[6].Our 1989-2004 year of glass, paper, soap, cloth, caustic soda, soda ash production data fitting, the data in Table 1.
The energy consumption of China's high level of energy-consuming industries than the energy consumption per tonne of soda ash is about 20%, energy consumption per tonne of caustic soda at about 14.7% higher.Therefore, we assume that: in 2006, respectively caustic soda, soda ash comprehensive energy consumption as the benchmark, caustic soda, comprehensive energy consumption reduction of 1.7% per annum by 2020 standards to the international advanced level 1100kg standard coal / t of caustic soda, reduction of 0.5% every year since then.Soda ash comprehensive energy consumption reduction of 1.3% per annum by 2020, the standard level of 330kg to reach the international advanced standard coal / t soda ash, reduction of 0.5% every year since then.Forecast results in Table 7.
（3）Alkali industry mainly because of CO2 emissions from electricity generated in the process ,we can see from the forecast data since 2010 ,after decreasing in 2020 compared with 2010 to reduce by as much as 50%,mainly because the future generation will be slow.Slow changes in the dominant position of coal, China's energy structure to the direction of cleaner low-carbon development, and greater use of hydropower, nuclear power and bio-energy generation
（4）Alkali production capacity from the forecast, energy demand, CO2 emissions from the whole, the next few years, China will continue to increase the amount of alkali production by 2010 after a gradual reduction in energy demand and CO2 emissions will also be gradually reduced.

A new method is proposed which use optimization modules of finite element established by Ansys Parametric Design Language program to inverse rock mechanics parameters of surrounding rock with the logging data of casing deformation.
The method makes it possible to inverse rock mechanics parameters in the formation where the data of rock mechanics parameters measured are scarce and is more efficient than the traditional method.
The lack of the data of formation where casing deformation exists and the changes of mechanics parameters of rocks which make the casing pipes deformed lead to unreliable workover operations.
There are surely differences between the measured data and simulation results.
The results correspond to the in situ data in zhongyuan oilfield, which prove the feasibility of inversion.

A statistical analysis of St 37-3 steel de-oxidation data was performed with the aim of improving the efficiency of steel de-oxidation technology in a ladle.
The averaged production data for the production of steel St 37-3 are presented in Table 1.
The quantitative effect of metal temperature on the assimilation of deoxidizing agents can be estimated from the data in Fig. 2.
From the data presented in Figure 2, it follows that an increase in metal overheating impairs the assimilation of silicon and manganese at any level of metal oxidation.
The data in Figure 2 confirm the earlier conclusions about the adverse effect of metal oxidation on the efficiency of deoxidation.

The paper purpose a methods to deal with the Metabolomics data, and analyze the efficacy of Traditional Chinese Medicine based on OSC-OPLS/O2PLS-DA.
The method was proved to be feasible and effective after tested the data which hot natures treat the cold syndrome.
The orthogonal signal correction (OSC) is a power method which dimension reduction and noise reduction.
The data The metabolites sample space’s data source of key laboratory of modern preparation of Traditional Chinese medicine, ministry of education.
The method based on OSC-OPLS/O2PLS-DA was proved to be feasible and effective after tested the data which hot natures treat the cold syndrome.

Description of Tests and Data Processing After 28 days of curing, the three cast slabs were tested for static load.
Each excitation and response signals lasted 4.0 secs and had a total of 4,096 data points.
The data was acquired and processed by the spectrum analyzer Dataphysics model Quattro, so as to obtain the frequency response functions (FRFs).
The aim of these tests was to provide additional data to investigate the pattern of changes induced by cracking.
This data provides a strong indication that the changes on modal properties were controlled by the ribs only and the concrete topping had little effect on them.

Mining partial orders from sequence data is an important data mining task with broad applications.
Particularly, [7] worked on sequence data and investigated the problem of mining a small set of partial orders globally fitting data best.
Different from our work, they tried to find some partial order that fit the whole data set, assuming that the whole data set somehow follows a global order.
Data Eng.
Data Mining, Apr. 2005

After DST, the most data in frequency domain of the sequence become very small, some of them are even zero.
Only few data become bigger after DST.
IDST is inserted after FFT block to regain source data.
Where D is the matrix of DST and is the nth data after DST.
Reduction of peak to mean ratio of multicarrier modulation using cyclic coding.

The calculating formula of reduction coefficient of bonding strength and slip ratio is proposed.
Assume is the reduction coefficient of the ultimate bond strength, which is the ratio of the trial values of the ultimate bond strength and the corresponding strength of the components that aren’t corroded.
Through the regression analysis of the experimental data, can be calculated from Eq.1
（5） Where is the constitutive relation of bond-slip of uncorroded reinforcement, is the constitutive relation of bond-slip of corroded reinforcement, is the reduction coefficient of bond strength, which can be substituted by , is the position function which is proposed by Xu Youling, in Reference [7-8], , is slip ratio, which can be substituted by .
The slippage should consider the reduction factor of the corroded reinforcement, which is the influence of slip ratio .

The model projects consistent and quantitative socio-economic variables, energy demand, GHG emission and diffusion of mitigation options in order to achieve an emission target or assess the potential of emission reduction by various counter measures.
In 2011, China government issued the "12th Five-Year" program about greenhouse gas emissions reduction, the target of carbon intensity of Guangdong Province decreased by 19.5% compared with 2010 year during the 12th Five-Year.
(a) (b) Fig.1 Primary energy consumption For the final energy consumption data of 2005-2010 , we can see that: Terminal energy consumption from 2005 to 2010 increased year by year; Oil consumption ratio increased from 26% to 29%; Gas including LPG and NG, its proportion increased from 4% to 7%; Power consumption between 35% and 33%; Other energy including other petroleum products , refinery dry gas and coke products, proportion are in 11% between 13%; The proportion of oil consumption has been greater than the proportion of coal consumption.
Fig. 6 CO2 emissions by sector Conclusion 1 ) Application energy model of Guangzhou energy situation and development situation of carbon emissions are simulated and analyzed, the model of situational analysis and reduction measures of impact analysis can be use for decision maker. 2) The energy structure adjustment and technology efficiency improvement are the two key method to reduce carbon emissions. 3) Through the scenario analysis, we can see that Guangzhou has realized this urgent situation .For constructing low carbon economy, not only to further strengthen the energy structure, industrial structure adjustment, climate change and improve energy efficiency technology application, but also should further control population and economic growth.
[8] Detlef P.vanVuuren,MoniqueHoogwijk.Comparison of top-down and bottom-up estimates of sectoral and regional greenhouse gas emission reduction potentials.