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The averaged data are collected in Table 3.
The application of such layers allows, in particular, reduction of surface roughness with respect to the initial roughness of the polymer.

Introduction Improvement of the power generation efficiency and reduction of CO2 generation are needed on the world-wide scale, and realization of a low-pollution high performance waste-to-energy plant with good cost performance and durability is expected.
For corrosion resistant boiler materials, many research and development activities have been carried out and field corrosion data have been collected with the use of actual equipment in many countries.

Table 2 Raw data sheets graded soil Particle size (mm) Accumulated weight percent (%) Grouping of particle size (mm) Percentage content of particle (%) 1 100.0 1~2 15.3 0.5 84.7 0.5~1 47.5 0.25 37.2 0.25~0.5 21.9 0.075 15.3 0.075~0.25 13.9 1.4 <0.075 1.4 Lightweight materials.Expanded polystyrene particles (EPS) while diameters are 1-2mm, 2.5-3.5 mm and 5-6mm are used in the test for EPS has light, withstand voltage and durable properties.
The extent of reduction of permeability coefficient with the increase of consolidation pressure is relatively larger under large EPS beads ratio or small cement ratio

The TiNi sheets were produced by coldrolling with a thickness reduction of about 22%.
Three groups of data are selected to discuss among the experiment results.

Principal coordinates (PCA) analysis with a Jaccard similarity matrix was used on binary data generated from T-RFLP profiles to obtain an ordination diagram.
Aerobic methane oxidizing bacteria in an oxidizing methane generated a series of intermediate: methanol, formaldehyde, formate, and methane oxidation intermediates, can be heterotrophic denitrifying bacteria use, as the electron donor of the nitrate reduction (aerobicoxidative coupling of methane denitrification AME-D), while consuming oxygen cause hypoxic environment [4, 16], so the methane oxidation to denitrification promote denitrification, and lower C / N ratio is good AME-Dprocess [16].

Here, the twin-roll cast magnesium strips are heat treated and then hot rolled to the desired final roll thickness at temperatures between 250 and 400 °C on a reversing mill, in quarto construction, in several passes with pass reductions between 15 and 40 %, while the individual passes’ strain rate varies between 10 and 100 s-1.
Though the data presented here are the result of different rolling schedules including interstage annealing and/or subsequent heat-treatment, some clear trends following the final deformation grade have been documented.

Understanding the tensile properties of nanocrystalline bainite Some tensile strength and ductility data at room temperature on nanocrystalline steels are reported elsewhere [1].
Thus, the observed rapid strain hardening during tensile testing of bainite formed at 200 ºC was found to be related to the reduction of austenite fraction due to stress-induced transformation.

The DS of P0.4SF10 was 1656.25μm/m higher compared with P0.4SF0 after curing 7d, the same comparative data in P0.5SF10 is 1056.25μm/m.The shrinkage increases sharply when SF increased to 10% at 7d.
With the reduction of hydration rate, the RA-D tended to be stable.

New Resolution for Historic Building Conservation by Building Moving Technology LU Xilin1, a, LU Wensheng2,b and ZHANG Xin 3,c 1,2 State key Laboratory of Disaster Reduction in Civil Engineering, Tongji University, Shanghai China 3 Institute of Engineering Appraisal and Strengthening, Shandong Jianzhu University, Jinan Shandong, China a lxlst@tongji.educ.n, bwenshenglu@vip.163.com, czhangxin@sdadr.edu.cn Abstract: To contradict from the rapid development of economy and urban construction, the conservation and strengthening of historic buildings are becoming more and more important and requiring more wisdoms and new technologies.
Table 1: Monitoring Items on each phase of moving buildings Each phase of building moving Monitoring Items Original position Structural apprising and safety assessment, settlement survey, structural state of the building, levelling of sub-track lower track system, dynamic properties Moving procedure Structural state of the building, settlement survey, monitoring on sensitive strains and critical cracks , dynamic behaviour tests New Position Structural state of the building, settlement survey, dynamic properties The most difficult step for monitoring a moving building is to master and merge the large amount of recorded data and phenomena in time, to assess the safety conditions of moving buildings and related structures, and to give reasonable judgments on the next moving procedure.

The problem-solving and searches are bound to involve a great deal of that, reductions, inferences, planning, common knowledge reasoning, theorem proving, and the kernel concepts of associated process.
Realization of Depth-first Search Based AI Properties of VCR, Proceedings of the second international Workshop on Knowledge Discovery and Data mining (WKDD), IEEE Press [USA], Moscow, Russia, 2009(1): 829-833 [9] Wu Wenhu, A Game of the Rewarded Difficult Problem, China Infoworld(in Chinese), 1992(23)