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Combined with the data of geological structure and drilling reflection, no regional active fault or structural fracture zone have been found in this area.
According to the regional geological data and field reconnaissance, harmful geological structures as faults and fracture zones were not found at this region.
Both improper excavating construction of the roadbed and the rainfall infiltration of surface water lead to an increase in soil weight, ponding in sliding surface, softening sliding zone, shear strength reduction, destruction of slope’s natural stability and stress conditions, and finally lead to the original formation of the landslide.
Based on the analysis of landslide, the reason of landslide occurring is improper construction of subgrade excavation, coupled with the infiltration of surface water caused reduction of the landslide shear strength, and then the landslide occurred.

This paper presents data on the workability, compression strength and water abosrption properties of concrete incorporating rubber crumb as fine aggregate.
These data were compared with normal concrete mix.
It is observed that there was a reduction of approximately 30% in compressive values when 7.5% of fine aggregates were replaced by rubber crumb in the mix at age 28 days.
Even though there was a reduction in compressive strength value, rubber crumb replacement mix have compressive strength higher than the intended mix strength which is 20Mpa.

Time-of-flight neutron powder diffraction data were collected at room temperature, 300, 500 and 800 °C using the 90 degree banks of the Sirius diffractometer [6] at KENS, High Energy Accelerator Research Organization (KEK), in Japan.
The collected diffraction data in a d range of 0.5 to 3.0 were analyzed by the Rietveld method using the program RIETAN-TN [7-8].
From these results, it is suggested that the reduction of GaO6 octahedral tilt is effective for oxide ion conduction.
The structural analyses revealed that the doping with Sr and/or Mg in LaGaO3 had an effect on a reduction in the tilt angles of GaO6 octahedrons.

Data obtained from dr.
Temperature treatment was intended to incur crosslink between essential materials of polymer mix which were citric acid and 1.8 Octanediol since the product data stated that the boiling point of citric acid is 153ºC and the boiling point of 1.8 Octanediol is 57-61ºC.
Graphics on influence of HA composition to Composite POC-HA Data on hardness test results showed that the highest hardness value ​​was found on the sample composite POC-71HA with a hardness value of 1042.28 MPa.
Time Required for 100% Degrading Composite Samples Weight reduction for 4 weeks (%) Period Weight reduction 100% (week) POC-62HA 3.677758 108.761914 POC-65HA 4.009623 99.7600024 POC-68HA 7.398411 54.0656636 POC-71HA 3.236483 108.066342 Based on data analysis, it was learned that the best result was on a sample composite POC-62HA.
I, Sopyan, Coral dan Gamping, Alternatif Murah Pengobatan Kanker Tulang, Makalah Jakarta: Pusat Data dan Informasi Perhimpunan Rumah Sakit Seluruh Indonesia, 2007

Updating the materials data used in [7] by a new set according to [12] , the value of S ≥ 0.39 has been corrected to S ≥ 0.24 for growth of 3C-SiC in [111] direction.
Consequently, the overall material quality decreased shown by both the XRD and the Raman measurements which are in good agreement with the computer simulation data.
Together with the data obtained from simulations the limit for stable growth of 3C-SiC on [100] direction is found to be a minimum supersaturation of S ≥ 0.1 for the use of seeds which already consist of the cubic polytype.
Further investigations of this sample together with the simulated data revealed a minimum supersaturation of S ≥ 0.1 for the stable growth of 3C-SiC on seeds already containing the cubic polytype.
[8] Schöler, M., et al., Modeling of the PVT Growth Process of Bulk 3C-SiC - Growth Process Development and Challenge of the Right Materials Data Base.

Their coefficients were back-calculated using partial fatigue tests data.
The life prediction precision of each equation was verified by residual fatigue tests data.
Coefficients of damage evolution equations were back-calculated by specimen beam tests data.
Here, loading cyclic number was equal to the corresponding test data.
Here, loading cyclic number was equal to the corresponding test data.

It was found that the biosorption equilibrium data were fitted very well to the kangmuir as well as to the Freundlich adsorption model.
Adsorption isotherms are essential data source for practical design of adsorption systems and understanding of relation with adsorbent and adsorbate.
From the Table 1, it was observed that the sorption data all have high correlation coefficients (R2> 0.98) at different temperatures.
Higher values of correlation coefficients indicated that adsorption data were fitted to both the Freundlich and Langmuir models.
It was seen that the biosorption equilibrium data were fitted very well to the Langmuir as well as to Freundlich adsorption model.

Liu (2008), using provincial panel data during 1986-2005, suggested that there was a declining tendency for China’s rebound effect, where the western region is largest, followed by the middle, and the eastern is smallest.
Considering that the macro economic data could be unstable, it is quite necessary to carry out unit root test and cointegration test before the data processing.
Thus, it is probably appropriate that we continue to choose the optimal panel data model on the basis of Eviews 6.0.
This paper seeks to research on rebound effect from 2000 to 2010 because of the availability of panel data in Guangdong.
Rebound Effect of Energy Consumption due to Technological Progress: Empirical Analysis based on Provincial Panel Data in China.

Lines of best fit for the grain size data obtained from a range of aluminium alloys with TiB2 additions varying from 0 to 0.02% TiB2 and Ti additions from 0 to 0.05%.
Fig. 5 re-plots the grain size data versus 1/Q for A  6.5 m, where the Mg8%Al alloy was excluded from the case when A = 6.5 m, which is the approximate cavitation threshold for the other three alloys.
Grain size data re-plotted as a function of 1/Q for the four Mg-Al alloys shown in Fig. 4 with respect to different amplitudes (A) in the range from 6.5 m to 25 m.
Data obtained from Fig. 2 and Fig. 3.
Although the results presented here provide useful but qualitative comparative results, this study was based on data produced by a number of separate studies.

The single data gathered by the color liner CCD is related to the hardware parameters of resolution, this determine that the data quantity is fixed value[1].
When the speed of printing is slow, the data position of the single line in manuscript corresponds to the scanning image.
To confirm M steps as fellow: User sets initial M value includes three principles: single line M should not be higher than the sum of RGB data value in one line, single row M should be less than the sum of the RGB data value in one row, M of the whole image should be less than the sum of the RGB data value of whole image.
Using the sequential similarity to match the scanning image and manuscript, the suitable situation is the amount data of the scanning image being larger than the manuscript.
It is indicated that the scanning image and manuscript’s data are closer on average gradient and unitary gray entropy, but for other aspects also have gap.