Search results

From the XRD data it is inferred that the films are polycrystalline and hexagonal wurtzite structure.
From the XRD data, it can be seen that all samples are polycrystalline with the hexagonal wurtzite structure [4] (P63mc space group, JCPDS card no:36-1451).
Table 1 Effect of solution molarity on Micro structural parameters investigated from XRD data for ZnO thin films.
Optical properties UV Analysis The optical absorbance, transmittance and reflectance data are recorded for the wavelength region from 190 nm to 1100nm using UV-vis spectrophotometer .It was observed that absorption peak was near 377 nm and absorption coefficient α is constant in the visible and in the near IR region.
The reduction of transmittance at higher concentration may be attributed to the increased optical scattering caused by grain boundaries and increase in film thickness.

Figure 1 Development of Shanghai pilot FTZ http://www.port.org.cn/info/200807/110388.htmhttp://www.jfdaily.com/shanghai/new/201403/ t20140314_140673.html http://www.ysftpa.gov.cn/WebViewPublic/pd.html http://finance.sina.com.cn/leadership/mroll/20120628/142812426552.shtml Figure 2 Sectors share of tertiary industry http://www.stats-sh.gov.cn/data/toTjnj.xhtml?
Currently the data from market show that day rent for warehouse in Waigaoqiao area rose from0.5 Yuan per day to 1.5 Yuan per day, equal to a 200% increase rate. 3.
It should use tax ratio to reduce operational costs of logistics enterprises .In order to achieve the free flow of materials, the FTZ may give reduction or exemption of import tariff for processing trade goods and the processing trade enterprises income tax ratio maybe reduce to 15% .The income tax in Asia-Pacific cities, which are Shanghai's competitors had shown in Table 1.

According to the weather data of Nanchuan District, the mean annual temperature of this area is 14.3℃, the maximum and minimum temperature are 36℃ and -10℃.
Surface river is not developed, the Bozhi river flow from east to west 3km south of the Puzi landslide is the main river in this area and its river bed is the lowest datum of erosion with elevation of 720～780m.
Silty shale prone to soften by groundwater soaked, as a result, strength of sliding zone reduction steeply, promoting the slope sliding.

All over the heating-cooling cycle, the stress and temperature data are registered and the stress-temperature diagram is finally plotted.
These results correlate with known data on B2-phase stabilization after severe deformation of Ti-Ni alloys [9, 58, 59].
Two types of data are extracted from the DSC tests: latent heat (Fig. 9) as well as the start and finish temperatures for the direct B2®B19’ (B2®R®B19’) and reverse B19’®B2 transformations (Fig. 10).
The subgrains of NS exhibit a high dislocations density, which is consistent with the data of [13, 15].
Note that the same differences in LPs of the B19'-martensite formed from the recrystallized and nanocrystalline (and, according to the data of [8], polygonized) austenites are observed in the age-hardenable Ti-50.61%Ni alloy [49].

According to the results, this filter medium was superior to conventional 2.2 dtex samples in terms of classified filtration and caused a more significant effect on collecting fine dust particles; the initial resistance remained unchanged roughly; and the air permeability could reach 279 L/(m2•s), demonstrating that this filter medium has a great advantage in filtration efficiency as well as energy conservation and emission reduction.
Although lower than conventional products, the air permeability level was still within a reasonable range. 3 Conclusion According to the data, the following conclusions could be drawn: 1) The filtration performance of the differential fiber sample was better than the conventional 2.2 dtex samples; it effectively captured fine dust particles. 2) The initial resistance of the differential fiber sample was similar to conventional products. 3) The air permeability of the differential samples reached 279 L/(m2 • s), which was slightly higher than the conventional 2.2 dtex product.

Hybrid technology has already been recognized as the direction of energy conservation and reduction by world, thus it has drawn the universal concern of Engineering Machinery enterprise and the researchers.
According to the research and analysis on the existing hybrid loader data and the traditional structure of loader, the tandem structure of mechanical energy exists excessive secondary energy conversion, lowered the work efficiency, is not suitable for frequent switching mode which feature of the loader; The Compound type structure of hybrid system because of complex structure and high control accuracy requirement lead to the vehicle change is bigger which does not apply to the early stage of the development; The parallel structure of hybrid system can keep the original transmission system unchanged and the basis of traditional loader change smaller that can reflect the advantage of hybrid technology.

The composite was rolled at 250ºC for 75% reduction in thickness.
Friedrich, B.L Mordike, Magnesium Technology: Metallurgy, Design Data, Applications, Springer, Germany, 2006, pp. 63-107, 499-632. 3) I.J.

TEM results suggested the reduction of mechanical properties of samples was attributed to the coarsening of Ω phase and the precipitation of S' phase during thermal exposure.
After experienced designed exposure process, the specimens were stretched to fracture to get a series of data about residual strength and ductility (i.e. tensile strength, yield strength and elongation).

Prior to starting material characterization, process ranges of temperature and strain rate are investigated by conducting double cup extrusion simulations with the available material data of the used FE software’s material library.
The obtained flow curve is used as input material data for FEA and simulations of the compression test are conducted by assigning various friction coefficients.
The press is equipped with a data acquisition device to measure force and displacement values during the process.
Sampling rates of the used data acquisition device can reach up to 50 kHz so that even for a short process time a sufficient number of data points can be acquired.
Since the laser displacement sensor measures the displacements between the ram and press table, some amount of compliance is present at the measured displacement data which is coming from the elastic deflection of the tools, especially punches.

The algorithm input data is an electronic microsection picture and the base with template structures, which the algorithm was adapted to.
The output data are the classes of structures in the patterns studied.
An important result of the feature phase is the significant reduction in the processed visual images dimension.
These values are the result of the measurement data numeric expression, also related solely to this section.
This confirms the reliability of the theoretical data and the possibility of using the proposed classification algorithm for automation of complex microstructure materials quality control process.