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Soft clay containing high water content and if not planned properly, water from the soft clay will seep into the slope and causes reduction in soil strength.
Data from the experiments will be used in PLAXIS software to obtain the factor of safety.
Data from the experiments were inserted in PLAXIS to run slope simulations.

Discussion on the Distribution of Geothermal Resources related to Urban Planning——Taking Dongying City, Shandong Province as an example Zuolong Li 1, a,Huiyang Yu2,b 1College of Storage & Transportation and Civil Engineering,China University of Petroleum (Huadong),Qindao 266555,China 2 Urban and Rural Planning Bureau, Dongying,Dongying 257091,China a lizuolong@upc.edu.cn, b 8331277@163.com Keywords: Geothermal resources; Town Planning; Environmental benefits; Reduction Abstract.
Because the energy problem was not particularly outstanding in the past urban planning, there’s no complete data about geothermal energy distribution and the application of geothermal energy was limited.
By 2010, the city's industrial emissions of major air pollutants is of 30% reduction based on the intensity in 2005, the total amount of air pollution control in the target range control plan , of which: sulfur dioxide emissions to the 70,000 tons, dust emissions to the 1.8 million tons, industrial dust emissions to 6,000 tons.

Application-Specific Wafer Reclaim Hans-Martin Dudenhausen 1, Mike Fritzsche 2, Christiane Streit3, and Christian Reuss4 1 isiltec GmbH, Schottkystr. 10, 91058 Erlangen, Germany, hmd@isiltec.com 2 isiltec GmbH, Schottkystr. 10, 91058 Erlangen, Germany, fritzsche@isiltec.com 3 isiltec wafer reclaim GmbH, Gustav-Kirchhoff-Str. 5, 98693 Ilmenau, streit@isiltec.com 4 isiltec wafer reclaim GmbH, Gustav-Kirchhoff-Str. 5, 98693 Ilmenau, reuss@isiltec.com Keywords: Silicon Wafer, Wafer Reclaim, Cost Reduction Abstract.
Furthermore, the correction towards completely parallel surfaces on front and back side of the wafer leads to a higher silicon removal and a higher reduction of the wafer thickness.
Analysis of: � Historical wafer-data � Inspection and metrology � Process-simulation Customer request: � Range of application � Quality-specification Application Specific Wafer Reclaim Process Computer supported process configuration Figure 2: Results of defect inspection of reclaimed wafers Wafer Fab Process 1 Application Specific Wafer Reclaim Service Used Wafers (incoming quality 1) Reclaim Wafers (Spec 1: excellent particle spec, relaxed geometry) Process n Used Wafers (incoming quality n) Reclaim Wafers (Spec n: relaxed particle spec, excellent geometry) Product Wafers Product Wafers Product Wafers Product Wafers Figure 3: Application-Specific Wafer Reclaim Service Specific treatment of copper contaminated wafers Copper contaminated wafers demand special attention.

This approach was adopted corresponding to the TF6 nozzles used, and a CFX input data set use 1500 representative particles to represent the droplet population, and was created from information based on mass and number fraction data sets summed to unity exactly, that at least one representative particle was present in each diameter band, and data was given in references [12] at a driving pressure of 1.4 bar: Droplet diameter bands (µm): 85, 104, 115, 126, 137, 151, 168, 188, 217, 253, 290, 328, 379, 438, 500, 600.
This value was obtained from the nozzle manufacturer’s data at the driving pressure of 1.4 bar as used by Pearlmutter et al. (2008).
A wide scatter in the experimental data is evident shown in Figure 2 (a).
But, wide scatter in the experimental data was evident.
[9] BETE TF6 nozzles, data sheet (2007), available information on http://www.beteuk.com [10] K.

The theoretical dependence l = l (t) used to calculate the absorption kinetics for any capillary at all its stages that would coincide with the experimental data with high accuracy has not been found until now.
At the same time, decrease in the integration step leads to increase in the number of calculations and in the error due to the limited size of the data storage grid in the computer.
Significant reduction in the integration step is required when the capillary radius decreases.
At the same time, the errors in computation were eliminated by applying the extended (80) data.
Data can be simultaneously displayed and written to a file for later use.

Numerous literature have been reported on the exploration of various methods in synthesizing nanoparticles such as hydrothermal, thermal decomposition, chemical reduction, reduction of liquid vapor, sol-gel, microemulsion, etc.[2–7].
The data were collected over 20o ≤ 2θ ≤ 70o using mono-chromated Cu-Kα radiation.
The XRD pattern shows reflection peaks at 2θ = 44.5° , 51.9° and 76.5° corresponding to the crystal lattice of (1 1 1), (2 0 0) and (2 2 0) of face centered cubic (fcc) crystal structure of Ni with reference to JCPDS-00-001-1260 data.
The resulting data were compared to NiO compounds with reference to JCPDS-00-044-1159 data and no sign of peak can be observed.
Montero, The synthesis of nickel nanoparticles by hydrazine reduction, Adv.

Experimental data is a result of 3-5 measurements.
Table 3 presents the data about influence of silver nitrate concentration in IRM on gel fraction yield and equilibrium swelling degree of PVP gels.
Indeed, the data presented in Table 4 confirm that increasing of sodium chloride concentration in water reduce swelling degree of PVP hydrogels.
Relevant data for freeze-dried samples of hydrogel dressings are presented in Figures 2-4.
The data of atomic force microscopy are shown in Figure 4.

The ambient response analysis of global structure and dome element enable to improve the FE model by model updating methodology using modal data.
The approach adopted for variation of these parameters has been incremental as regards the modulus of elasticity, the modal mass and boundary conditions, for the definition of the structural damping has been based on experimental data, see Table 2.
In the first set has been determined a common value to the whole structure; this data was modified locally through a second refinement to take account of the specificities of the various structural and architectural elements constituting the basilica.
The data obtained are shown in Table 5 and are shown in graphic form in Figure 20.
Ambient Vibration Data Analysis for Structural Identification and Global Condition Assessment.

Experimental data and basic technical parameters of the rolling process as shown in Table 2, Table 3, and Table 4
The 13th times too large deformation resistance is caused by a one-way winding tension, data processing, with due consideration of coiling tension.
However, curves obtained by data inspection prone to bias, but also for online use computer-controlled rolling process is extremely inconvenient.
This article is obtained through the hot spot specific data to create three types of aluminum alloy hot deformation resistance.
The calculated data from this mathematical model of deformation resistance are good agreement with result of the experiment.

Atomistic Simulations of Heat Transport in Carbon Nanotubes Effected by Temperature and Stretch Strain Qingyuan Meng1, a, Yufei Gao1, b, Xian Qin1, c 1Harbin Institute of Technology, Harbin, China aqym@hit.edu.cn, bgaoyufei1984@gmail.com, cyayaqx@sina.com Keywords: Carbon nanotubes, Thermal transport properties, Quantum correction, Phonon density of state Abstract Carbon nanotubes (CNTs) is a well thermal transport nano materials, however, the thermal conductivity of CNTs has not been well established, only a few groups had reported experimental data and the existed simulation results ranged widely.
For materials such as diamond[4] or nanowires[5,6], an inhomogeneous phonon structure is generated for the reconstruction of surface phase, and the scattering of phonon will lead to a significant reduction of thermal transport properties.
And it leads to the reduction of thermal conductivity eventually.
In general, the decline of high frequency phonon peak value directly reflects the reduction of the high frequency phonon and the total phonon, and it significantly increases the proportion of phonon which has low frequency and long wavelength in the total phonon.