Search results

Benefit Evaluation Model of Multi-Mode Power Exchange Dong Anyou, Tan Zhongfu, Ju Liwei,Chen Zhihong,Xin He North China Electric Power University,China Keywords: Power exchange; Energy saving and emission reduction; Benefit evaluation Abstract.
To relieve the pressure of the energy reservation and emission reduction, and to enhance the effect of the economy and environment profits, the report establishes an evaluating model based on the value of coal saving and the pollutant emission reduction value and the count of the electricity sale-purchase increment, which is various and cross-field.
At present, the generation rights trade and the renewable energy generation grid connection are two main points which a lot of analyses are put into in energy conservation and emission reduction.
Calculation model of power generation exchange’s pollutant emission reduction value The decrement of kth pollutant in electricity generation: (5) The overall decrement of the pollutants in electricity generation: (6) In the mathematical equations, presents the discharge coefficient of .kth coal pollutant; presents the discharge price of kth pollutant; presents the discharge price of kth pollutant in Region j; presents the value increment of pollutant emission reduction from Region j to Region i in selling different kinds of power sources in the t period; presents the value increment of all kinds of pollutant emission reduction from Region i to Region j.
The increment of total value: (9) The analysis of the example To analyze the profits of cross-field generation trade, this report collects daily generation data from Region I and Region II to conduct the analysis.

Its profile control, heavy oil viscosity reduction and cleanup functions can be widely used in heavy oil thermal recovery, better than the N2 gas.
MG-solid air source huff-puff technique can reach the effect of profile control, viscosity reduction, cleanup measures, to improve the recovery.
Effects of MG solubility on heavy oil viscosity reduction rate and recovery.
The viscosity reduction order is MG＞CH4＞N2.
Table 3 The enhanced recovery efficiency data comparison of MG, CH4, N2 Gas MG CH4 N2 The enhanced recovery efficiency % 12.1 7.6 2.8 From Table 3, Effect of MG gas for improving recovery efficiency is better than CH4 and N2, so the order of MG, CH4 and N2 formed formy oil to improve recovery is MG＞CH4＞N2.

Samples were characterized using FT-IR spectrophotometer and samples data absorbance obtained in each catchment area.
Hazardous substances reduction will be seen and also some metals such as nickel, arsenic, cadmium and lead.
Summary It can be concluded from this study that is based on reduction percentage of absorbance values ​​for inputting method of TiO2 suspension through the cigarette filter tip and base, it appears that the most stable and least reduction present in C3 and H3 samples.
Xu, Selectively reduction of tobacco specific nitrosamines in cigarette smoke by use of nanostructural titanates, Nanoscale. (2013)1-5
Wei, Significant reduction of harmful compounds in tobacco smoke by the use of titanate nanosheets and nanotubes, Chem.

Control Method to Data Transmission for Different Structure Network Ning Zhanga, Maochang Geb School of Imformation, Beijing Union University, Beijing, 100101, China azn2004@163.com, bgemaochang@buu.edu.cn Keywords: Control, Data transmission, Different structure, Network Abstract.
There are many structure models in data network.
WDM, combined with optical amplification, enabled dramatic improvements in the un-regenerated bandwidth distance product, providing huge reductions in the cost per bit per mile of transmission [8].
WDM systems are deployed widely in long haul service provider networks, and are increasingly being deployed in metro service provider networks and for enterprise data center connectivity applications.
The idea is to transmit data in units of bursts, which can be thought of as rather long packets with durations of, say, milliseconds to even seconds.

A Method for Spatial Data Registration based on PCA-ICP Algorithm Shi Jun He1, a, Shi Ting Zhao1, b, Fan Bai1, c, Jia Wei1, d 1college of Information Technology Shanghai Ocean University, Shanghai, 201306, China asjhe@shou.edu.cn, byilantiankong@126.com, cabia321@163.com, dwei_jia_viga@163.com Keywords: spatial data. registration.
It takes the way of non-contact and multi-angle which can acquire the data correctly.
However, in order to obtain the spatial data of the object surface all position, we need set up one or more station that we can acquire the data completely, these spatial data also can be called cloud points.
The algorithm can use SVD to getand when the data sets are small.
Used 3D laser scanning technology to obtain spatial data which is huge and redundant, there is a amount of redundancy when got the point clouds of target object, we maybe get spatial data, for instance, trees when we get the spatial data about building, the exclusion of redundant data can depend on professional software.

Generating numerous amount of data this data stored somewhere else Devices to Big Data.
We need real-time data analysis platforms for handling this big data.
Moreover, many data streams from different data sources may form a mixture of the data types it may be incompatible.
We are peer consideration and applying the energy reduction and constant maintenance of the response time.
Data Min.

Later the models have been validated against experimental data as reported in the previous studies.
By utilising the finite element (FE) method, a detailed investigation of the load data for different interface boundary conditions during ultrasonic forming can be carried out.
The predicted necking force-plunger displacement curves were derived from the FE data.
The simulations were completed when l was 21.4 mm and the buckling profiles of the necked thin cylinder were plotted from the field data of the FE models.
This calculated data agrees with a previous experimental study [12] which reported that by superimposing a radial ultrasonic excitation on the die the mean necking force was significantly reduced, in this case to 35 to 45 % of the static force.

Furthermore, using the energy-normalised PM mass emission data from different types of wood combustion appliances PM reduction scenarios will be assessed with the goal of a sustainable use of wood or wood-based fuels.
With the biomass impact data on rural air quality in Austria, technology based reduction scenarios of PM will be derived in order to reduce the impact of biomass smoke on atmospheric PM10 levels.
Since biomass smoke emissions are predominantly in the “fine” size range, the data can be used also for predictionsof reductions of PM2.5 levels [10].
The energy-normalised PM10/PM2.5 emission data of different wood combustion appliances PM are important numbers to run reduction scenarios for wood or wood-based fuels.
Evaluation and discussion of data.

The former depends on detailed geological survey data, which is not easy to be satisfied in practice under the condition of lack of geological data.
Rock Mass in other two areas is still under loading conditions, so initial mechanical parameters will be used, while in the other two areas, which are usually provided by geological data.
Table 1 Relation between the variation of deformation modulus and reduction extent of stress Reduction extent of tress <30% 30-50% 50-80% 80-90% 90-100% Reduction extent of deformation modulus 1-7% 3-17% 8-31% 15-38% 29-61% Calculation of stress perpendicular to excavation face.
Fig.3 Stratum distribution situation Fig.4 Mechanical model of the section for calculation Initial mechanical parameters of slope rock mass provided by geological data are in table 2, in which is unit weight, E is deformation modulus, is Poisson's ratio, C is cohesion, is friction angle, and is tensile strength of rock mass.
Fig.5 Reduction extent of Fig.6 Reduction extent of Fig.7 Reduction extent of From figure 5, we can see that there is small stress decreased area after excavation when the first principal stress is singled out for calculation.

Energy consumption and carbon emissions test data show that the loam fields, the average power consumption cost of NT $ 21.2/ha; carbon dioxide emissions by an average of 26 kg/ha.
The Polar system software captures heartbeat rate data for storage and Minitab statistics software is applied in the t-test analysis of pairwise population mean difference.
According to the experimental results, in terms of energy saving and carbon reduction benefits, the electric cultivator is less expensive and more effective in carbon reduction in terms of per hour electric charge and CO2emissions and per hectare electric charge and CO2 emissions.
According to the heartbeat rate changes of operators of the electric cultivator and gasoline engine cultivator, and the data analysis results: for the benchmark of 30 minute operation, this study captured the No. 0~10, 10~20, 20~30 and 0~30 minute heartbeat rates of operators in both cases and compared the heart rate mean difference mean of the operators in case of loam and clay loam fields for t-test.
Electric cultivator machine design and energy saving reduction carbon benefits of the research.