Search results

The anterior– posterior axis was parallel to the anterior commissure–posterior commissure line) to ensure the images were all aligned within about 5cm and about 20 degrees of the template data released with SPM. (2) Segmentation, Unified Segmentation method and New Segmentation method in tools were separately adopted as different tasks to the same images aim to compare the effect of these two methods.
Proportionate scaling in statistical analyses was selected which indicated the volume data should be divided by the TIV.
Table 2 Location of GM volume reduction with AD vs.
Table 3 Location of WM volume reduction with AD vs.
Alzheimer’s disease: neuropathological and etiological data.

Medium profile and high profile are two different heat sink profile available in XPower analyzer.When frequency goes from 4.0GHz to 1.0GHz, there is 21.8% reduction in clock power, 75% reduction in I/O Power, 35.6% reduction in leakage power and 53.8% reduction in total power at the same frequency.
Only we pass the address and get the data stored at that location.
Using 250 LFM Airflow and Medium Profile Heat Sink Table 2: Power Dissipation at 50oC Ambient Temperature Power→ Frequency↓{TTP}8595 Clock I/O Leakage Total Power 1GHz 0.010 0.023 0.246 0.279 2.9GHz 0.051 0.061 0.381 0.500 3.3GHz 0.072 0.067 0.381 0.531 3.6GHz 0.093 0.083 0.381 0.560 3.8GHz 0.119 0.090 0.382 0.593 4.0GHz 0.128 0.092 0.382 0.605 The 91.8% reduction in clock power, when frequency goes from 4.0GHz to 1.0GHz and also reduction of 75% in I/O Power, reduction of 35.6% in leakage power, reduction of 53.8% in total power as shown in Table 2 and Fig.3.
Effects on Air Flow on Different Temperatures Conclusion: In the final conclusion, we have found there is a variations occur in leakage power but not in I/O and clock power In the duration of change in frequency, The reduction of 92.18% when frequency goes from 4.0GHz to 1.0GHz in clock power, reduction of 75% in I/O Power at same frequency, reduction of 0.7 % in leakage power at the similar frequency, reduction of 24.8% in Total Power at the same frequency.

Big Data platform performs the function of collecting and processing big data.
Data Collector module collects data of social media to be used for risk prediction.
Data Processing module processes the data requested in the classification system for risk prediction.
Warren, Big Data: Principles and best practices of scalable realtime data systems.
Palpanas, Survey on mining subjective data on the web, Data Mining and Knowledge Discovery, 24(3) (2012) 478–514

Thermodynamic analysis of the serpentine was reduction by carbothermal Reduction method Serpentine begin dehydration in 600oC, and decomposition to form loose union of magnesium oxide and silica residues under the effect of calcium fluoride.
The main reaction happen reduction reactions with carbonaceous material are as follows: Mg6[Si4O10](OH)8 + 18C = 6Mg(g) + 4SiC(s) + 4H2O(g) + 14CO(g) （1） According to chemical reactive (1) and relevant thermo-dynamic data to calculate, we can draw the theory vacuum degree of serpentine carbothermal reduction form vapor magnesium as show in Fig1.
Fig. 2 XRD curves of metallic magnesium Fig. 3 XRD curves of slag was reduction by serpentine carbothermal reduction method Table 3 is composition of slag after serpentine carbothermal reduction.
Thermodynamic analysis of magnesium oxide was reduction by vacuum carbothermal reduction method and experiment [J]. non-ferrous metals, 2005,(2): 56-59. 3 Neudorf D.
The experimental research on calcined white vacuum carbothermal reduction[J].

Research on the Terminal Aircraft Separations based on the History Surveillance Data Zhenghong Xia, Weijun Pan, Rui Kang and Xiaolin Luo School of Air Traffic Control, Civil Aviation Flight University of China, Guanghan 618307, China 66949827@qq.com Keywords: Surveillance Data, Traffic Flow, Time Separation，Departure Landing Sequence Abstract.
Therefore, the data of ASR can not only be used for analyzing the aircraft movement, vehicles movement, but also can be used for research on the flight separations.
Effect of Runway 02L takeoffs and landings on time separation Derived from a Chinese airport field surveillance radar data in one week (12/9/12-12/15/12), the data used in this paper illustrate 5820 takeoffs and landings with an average of 830 per day and a maximum of 62 on single runway per hour.
Taking the situation in Dec. 10, 2012 as the example, the analysis of ASR data from 7:00 to 24:00 is shown in Fig 3.
Summary The ASR data indicates that traffic flow is negatively related to the flight separation.

This translates into reduced CO2 emissions during cement manufacturing (30% reduction).
The common levers are related to performance: SHC, waste fuels (biomass), reduction in clinker factor.
This reduction in lime concentration translates directly into a 30% reduction in the major component of the theoretical enthalpy, i.e., the calcination step.
· The clinkering temperatures reduction of about 200°C: 270 to 190 kg CO2 per ton clinker.
Additional data will be available with the actions foreseen in Solid LIFE project, to continue to prove the environmental benefits reached by the technology.

The reliability of the predictions ensues from the determination of the necessary mechanical data by means of the most realistic mechanical tests including billets drawing experiments.
The results agree with both experimental and theoretical data.
The present issues rely on accurate data describing the mechanical behaviour of both constituents and interfaces which were determined in conditions as close as possible to the metalworking’s ones.
As for the case of the drawing force, pass area reduction also governs the triaxiality of stress (see Fig. 5b).
The results agree with experimental data and more precisely with the existence of an optimal die angle for the drawing force at a given pass area reduction, or with the favourable effect of an increase of the pass area reduction on formability.

The data of urban earthquake damage prediction virtual simulation system is characterized by huge quantity and wide coverage, as described in data layer, including: (1) Basic data.
(3) Three-dimensional model data means the data from three-dimensional solid simulation modeling of acquired data, including general layout of a city, scene three-dimensional data of blocks, green lands, etc., scene three-dimensional data of buildings (structures), terrain and landform data, scene two-dimensional image of buildings (structures) and others
(5) Typical earthquake damage data.
(6) Scenario edition data.
The data calling is realized via dynamic stored data management to improve system operation performance.

Since the data in Tuban during the year period of 2011 to 2014 is limited, this research also used the tidal data in Semarang (1985-2014) to predict the sea level rise.
Fig. 1 (a-d) represents the tidal data in Tuban and Semarang in 2011-2014, which shows that tidal data in Tuban has higher values than tidal data in Semarang.
Willis Detection of an observed 135 year ocean temperature change from limited data, Geophys.
Recent subsidence-rate reductions in the mississippi delta and their geological implications.
Reduction In Seismic Ground Shaking With The Use Of Soil-Cement Panels.

Data.Data used In thIs study are maInly from the envIronmental statIstIcs Issued In 2012, IncludIng data of all areas and IndustrIal enterprIsesIn LIaonIng provInce, LIao RIver basIn.
It was conservatIvely estImated that more than 20% reductIon of the pollutants productIon IntensIty could be achIeved.
Research of IndustrIal Pollutant EmIssIon ReductIon PotentIal In LIao RIver BasIn [J].
PollutIon GeneratIon IntensIty of Key IndustrIes and Water-SavIng and PollutIon ReductIon OrIented and Clean ProductIon PotentIal In LIao RIver BasIn [J].
Research on PotentIal of EmIssIon ReductIon of Cleaner ProductIon, 2011, 34(12H): 318-321