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It can be found that all of the alloys have a main LaNi5 phase with CaCu5-type hexagonal structure.
When the milling time is 2 h, a noticeable new phase with Ce2Ni7-type hexagonal structure can be observed in the alloy.
However, the CaCu5 structure is known to contain no Mg [14,15].
In addition, milling results in a merging and broadening of the diffraction peaks with increasing milling time, indicating that the crystalline structure progressively transforms to a nanocrystalline or amorphous structure.
The degradation of discharge capacity for the alloy milled for 2 h might result from the multiphase structure.

Using screw-extrusion theoretical model, the paper further discusses the influence of some parameters such as operation factors, geometric structure and urban garbage’s material performance.
The above studies mainly focused on the properties of fixed material and structure analysis of single or twin screw.
All of these geometric structure, screw groove depth is the dominant factors which affect the dehydration production volume and efficiency through analysis.
Fig.1 Geometric Structure of Screw-extrusion Fig.2 Geometric Structure of Spiral-extrusion For screw-extrusion, the characters of geometric structure includes: screw diameter (D), screw groove depth (H) and helix angle (φ).
Food Chemistry, 114 (2009) 1063-1068 [5] I.

Western blot pattern illustrated that structure integrity of the most antibodies was kept well, harmful influence given by oxidation of conjugation was very finite.
I.Introduction Magnetic probes has gained widespread interest across several disciplines such as chemistry, life sciences and biomedicine due to its excellent magnetic control properties, and can be used in magnetic separation[1], molecular imaging[2], intracellular hyperthermia[3] as well as drug delivery system[4].
Compared with free anti-α-HCG monoclonal antibodies in lane 1, new blots ~30kDa appeared in lane 2, 3 and 4 that means the antibodies maybe slightly disrupted in structure during sodium periodate oxidative procedure, but NaBH4 reductive and ethanolamine (EA) blocking procedure would not do damage to the structure integrity of antibodies.
Fig. 3 Western blot pattern (A) and gel remain (B) of antibodies before (lane 1) and after the treatment of bioconjugation (lane 2: treated with NaIO4; lane 3:NaIO4+NaBH4; lane 3: NaIO4+NaBH4+EA) D Immunoreactivity of the dex-SPIO–antibody immunoprobes The antibodies can only keep their structure integrity are not enough for the immunoassay, because maybe their space structure has changed.
With the method of SDS-PAGE electrophoresis and immunochromatography, the structure integrity and immunoreactivity of antibodies in dex-SPIO based immunoprobes were certified.

XRD patterns demonstrate a hexagonal-layered material structure.
This structure characterization result shown that the used method has been succeed.
Oxide-based cathodes are very potential to be developed because they have a more stable structure.
X-ray diffraction patterns demonstrate a hexagonal-layered material structure.
Patnaik, Dean’s Analytical Chemistry Handbook, 2nd ed.

After China joined the WTO, the sales of energy-intensive industries such as chemistry, construction, ferrous metal smelting and other markets have boomed, which promotes the electricity consumption.
The economic development and improvement of electricity consumption will inevitably lead to corresponding changes in the industrial structure and consumption structure and ultimately affect the demand for electricity.
Therefore, in this modern society, the industrial structure is still an important factor affecting power consumption.
Therefore, it is needed to make rational adjustment of industrial structure, utilize the market competition mechanism to eliminate enterprises with high energy consumption in the original industrial structure, reduce the excessive dependence on power consumption, and improve the power use efficiency
Changes in population structure, level of urbanization and consumption structure will promote the increase of power consumption.

The chain of the copolymers with similar structures presented viscous flow pattern.
The structure of copolymer A was analyzed by 1H NMR spectra (Fig.1).
The hydrophobic effect made the linear structure into a huddle up structure showed in (Fig. 3(a)).
The structure of polyester molecular presented certain spiral structure which contained long methylene chain.
With the main chain structure change of PHS, the molecular mass increased.

HNT formed aluminosilicate network for the phosphocarbonaceous structure by chemical contacts with ammonium polyphosphate.
Variances among char structures are very noticeable.
Fig. 2 : Non-homogeneous, cracked structure of IFH(0), IFH (0.1), IFH(0.3 presented in (a), (b) and (C) and honey combed, homogenous porous char structure of IFH(0.7),IFH(1.0), and IFH(1.5) shown in (d), ( e) and (f) at 100 KX magnifications respectively.
The honeycomb char structure is not visible in Fig. 2 (a & b) due to lack of HNTs in IFH (0) and IFH (0.1).
Möhwald, "Active anticorrosion coatings with halloysite nanocontainers," The Journal of Physical Chemistry C, vol. 112, pp. 958-964, 2008

Morphology and structure of the obtained structures were investigated by scanning electron microscopy combined with energy dispersive X-Ray spectroscopy.
The functionalization degree of the CNF outer surface has a strong influence on the structure, distribution and amount of platinum particles.
Materials with stable and porous structure and a high surface area, having a good interaction with platinum particles are suitable as catalyst support.
Recently, due to their unique properties, carbon based structures became intensively studied, especially carbon nanofibers (CNF).
Pletcher, Studies of the electrodeposition of platinum metal from hexachloroplatinic acid bath, J. of Electroanalytical Chemistry, 633 (2009) 327-332

The chitosan tetramer and glutaraldehyde structures were used to create the Molecularly Imprinted Polymer (MIP) structure.
Thus, the cavity structure of the MIP was created.
The chitosan dimer structure's bond angle and dihedral angle data were obtained from the chitosan crystallography structure (XRD) conducted in a previous study [9].
The structure can be accomplished by generating an electrostatic potential map for the optimized structure.
The dihedral angle of the trans-resveratrol structure was changed to create the cis-resveratrol structure utilized in this modeling.

AB3 alloys preferably consist of the intermetallics with PuNi3 and Gd2Co7 structure types.
The intermetallic with CaCu5 type structure can be seen in some AB4 as well AB3 alloys.
Lototskyy, Material Science and Structure Chemistry of Intermetallic Hydrides, SPOLOM, Lviv, 2006
Zavaliy, Crystal structure and thermodynamic properties of YNi2.67Mn0.33H4 hydride, Visnyk Lviv Univ.
Zavaliy, Hydrogenation properties and crystal structure of YMgT4 (Т=Co, Ni, Cu) compounds, J.