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A few conclusions are obtained by adopting proper hydraulic curve soil water characteristic curve and compared with actually measures data.
The Figure shows that the plastic zone appeared in the lower part of slope body first, then gradually extended to the internal of the slope, eventually throughout the entire slope and forming a semi-circular with the reduction factor increases.

The evolution trends and reasons of the six typical areas in terms of the variation of wetland characteristics are analyzed by using the Landsat TM/ETM data, the historical data and in-situ survey data.
The area size, the status of conservation and legislations are the indices used to assess the importance of the lake; the total anthropogenic phosphorus (P) load estimated from land cover, livestock and population data is used as an index of the eutrophication hazard, and the water depth is used to predict the potential response of a lake to the reduction of nutrients [9].
Fig. 1 The position of Wuliangsuhai wetland and the basin map Area Variation of Wuliangsuhai Wetland The Landsat TM and ETM image data from 1986 to 2004 purchased from China remote sensing satellite ground station are selected as data source.
In addition, the hydrological data and water quality monitoring data from 1986 to 2004 were provided by Hetao irrigation Management Bureau, Hydrological Stations and Environmental Monitor Station of Wulateqianqi.
The data of the water levels on the dates obtaining the satellite images are used to calculate the increased deposition depth between the neighbor typical years and multi-year average increasing deposition depth of lake bottom.

Low sampling rate and missing data due to sensor or system errors are common reasons that yield incomplete data during acquisition.
These data are all with very low data rates.
The essence of compressed sensing is to acquire condensed data through dimensionality reduction.
The data rate is only 3%.
The major reason is that more data points are presented in this simulation while the previous one has much lower data rates.

The reduction in strength of carbon fiber is attributed to oxidation of the high strength grapheme layer at the near-surface fiber region.
From this figure, the temperature effect on the strength is clearly evident despite the considerable data scattering, indicating some distinct variation states with increasing temperature.
Between 40 and 60°C, a rapid reduction in average strength was observed, reaching a maximum (about 31% of its initial value at room temperature) at 60°C.

The dramatic reduction in the melting point as revealed by hot stage polarizing microscopy is the salient feature of the work. ------------------------------------------------------------------------------------------------------- Keywords: Anthracene, Nanostructures, Micro-tapes, Liquid-Liquid Interface, Thin Films 1.Introduction Exploring new pathways to grow thin films or nanostructures of organic semiconducting materials that permit a higher control of the sample quality in terms of composition, uniformity, morphology, structure, and, thereby, optical & transport properties is an arena of profound activity.
The position of baseline in all these spectra is somewhat uncertain, since it was experimentally difficult to obtain reliable measurements at lower wavelengths than those shown in fig 7 (a) - (d).The nominal thickness calculated from the optical absorption data accounts to be 17.88 nm per dip.
A dramatic reduction in melting point was noticed for these films substantiating their nano nature.

This involved the extrapolation of the results obtained for other possibilities not mentioned as, for instance, the impact of the electricity production, based in the Portuguese data.
This reduction must take place between 2008 and 2012.
Thus, this ecologic analysis was conducted having as data resource three independent and institutionalized environment impact studies relative to the fuels cycle emissions.
Thus, it was added to this study data related to the Portuguese electric production as an energy source for an electric vehicle.
To determine the level of emissions that a pure electric vehicle involves comparatively to other powertrains under consideration, it was necessary to use extrapolation of data.

Based on the acquired data, conclusions, expectations and benefits have been drawn for both science and the public sector.
Similarly to the previous case of the blades angle of GW, with the blades angle of R there is also a significant vibration reduction observed at the 40% of the blades angle.

Based on the present data, 3C-TD has more harmful effect rather than the other SFs.
The triangular defects in epilayer also affect electrical characteristics of SiC devices including leakage current increasing and breakdown voltage reduction[1].

The training data consists of an input vector and a desired output vector.
The data set included 200 settlement test results of soft clay foundation in highway.
In this study, we scaled the data sets to a range of 0–1.
The portion of the data sets (36 data points), seen in Table Ⅱ, were used for the BNN training and the rest of the data points (64 data points) were used for the testing the BNN that had been developed.
The BNN architecture for this data set was developed as shown in Figure 3.

The first two examples focus on the phase data.
In this data the load amplitude was maintained at a low level to avoid further growth of the crack during the data collection.
Taking a line of data through the upper stress concentration (line y = 108) allows the deviations in the phase angle to be correlated to the ∆T data (Figure 1d).
The phase data in the vicinity of the damage in the woven composite material shows similar trends to those from the aluminium plate, despite the non-uniform ∆T field; there is a reduction in the phase angle close to the crack tip because of the large stress gradients in the damaged region.
This idea could equally be applied to TSA data.