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It is shown that the TiN coating has a rough surface and layered cross-section structure.
It is seen that the TiN coating has a rough surface and layered structure, and is well bonded with the substrate.
The TiN coating shows a lamellae structure and is well bonded to the substrate.
[6] GORODETSKII V V, NEBURCHILOV V A: Russian Journal of Electro Chemistry Vol. 39 (2003), p. 1111

These materials exhibit rich crystallographic chemistry and interesting electronic properties due to their metallic-like conductivity, which is based on high electron mobility.
This leads to the formation of surface domains with a tetragonal structure with a reduced unit cell.
Ramana, Correlation Between Surface Chemistry, Density, and Band Gap in Nanocrystalline WO3 Thin Films, ACS Appl.
Hagenmuller, Comprehensive Inorganic Chemistry.
Granqvist, Electronic structure and optical properties of WO3, LiWO3, NaWO3, and HWO3.

After suitable treatment, the target composition with the designed morphologies and structures is finally replicated after removing the template.
As can be seen in the notation of Fig. 2(b), hexagonal and cubic array are mixed in the pore structure.
The morphology of the cubic array is identical to (110) planes in a BCC structure and (100) planes in a FCC structure.
Based on theoretical considerations, the equilibrium structure of an arrayed hard sphere is a closed packed hexagonal array [10].
Each pore exhibits a truncated-hollows sphere shape, and hexagonal and cubic array are mixed in the pore structure.

Applications are found in practically various fieldsof industry especially pharmacy, chemistry and biology Methods to prepare polysiloxane modified by cyclodextrins can be simply divided into two categories: polysiloxane grafted by cyclodextrins to and polysiloxane forming inclusion complex with cyclodextrins.
However, at 25℃, PEO - PDMS - PEO forms physical-crosslinking hydrogel with aqueousα-CD solution, the hypothetical structure is shown in Fig.2.
XRD analysisof α-CD / PEO-PDMS-PEO structures From Fig.5, XRD peaks of α-CD is narrow and strong which is typical pattern of crystalline substances, appear diffraction peaks of cage structure in the 2θof 13.19。
, as the typical tube type crystal structure [6], it can be deduced that PEO segments of PEO-PDMS-PEO form tube-type inclusion complexes withα-CD.
, showing a typical tubular structure diffraction peaks tubular structure.

The structure consist in high proportion of β solid solution, occurring a lamellar structures intragranulation specific orthorhombic martensite α’’.
In Figure 2 is presented the XRD pattern, where were identified two phases: α″ with orthorhombic structure and β with a body-centered cubic structure.
SEM and XRD confirm a biphasic structure of TMZT alloy, consisting of β-grains and specific lamellar structures of martensite (α’’) type, placed intragranularly.
Chern Lin, Structure and properties of cast binary Ti-Mo alloys, Biomaterials, 20 (1999), 2115-2122 [5] M.
Mirza-Rosca, Study of the corrosion behavior of titanium and some of its alloys for biomedical and dental implant applications, Journal of Electroanalytical Chemistry, 471,2 (1999) 109 - 115 [12] W.F.

Researches on the Structure and Antioxidant Activity of Apigenin-La(Ⅲ) Complex Feng-qiu Wen1, a, Lang-sheng Pan2,b, Lei Lei3,c Department of Chemical Engineering, Xiangtan University, Xiangtan 411105, China awen_router@126.com,bpanls97@126.com,c441712685@qq.com Keywords: antioxidant activity; complex; apigenin.
Ring A (bandⅡ):benzoylRing B (band I):cinna- moyl Fig.1 The structure of apigenin Experimental Material All reagents and solvents were analytical reagent grade.
Fig.2 Determination of complex ratio by method of equivalent molarity Fig.3 The structure of the complex tentatively proposed Thermal analysis The TG-DTA curves and thermal data for the dehydration and decomposition of the complexe are given in Table3.
Based on the above studies, we propose a tentative coordination structure for the complex(Fig.3).
Bioinorganic Chemistry and Applications.Vol (2009).

The Mn-Co-Ni-O thermistor with spinel structure is represented by the general formula of AB2O4 [6].
As can be seen from the diffractogram, all the thin films show single-phase cubic spinel structure.
XRD analyses indicate the formation of cubic spinel crystalline structure.
Min, Electronic structures and magnetic properties of spinel ZnMn2O4 under high process, J.
Price, Role of the crystal-field theory in determining the structures of spinels, J.

The transmission runs smoothly and the structure is compact.
The flexible transmission device has the characters such as the full suspending, compact structure, multi - point meshing and high load capacity.
Based on the characters of the planer double-enveloping worm pair, the structure of the flexible transmission device is more compact and the demands of the practical production are satisfied.
The first stage worm is the up-setting structure; the second stage worm is the down-setting structure.
C.: The mechanical design handbook, edited by Chemistry Industry Press, China (1998), in press.

Historically, the dealloying process has been mainly used to produce porous films and ribbons due to the limitation in forming the interconnecting structure in materials [10, 11].
The interpenetrating structures played a significant role in the application of monolithic porous materials.
It can be seen that the monolithic materials was penetrated by the pores forming the interpenetrating ligament-channel structure. 4.
Excessive amount of the Co or Ni element in the alloys will restrain the formation of interpenetrating ligament-channel structure.
Bian, The Journal of Physical Chemistry C, 113 (2009) 6694-6698

Cu2O is an interesting p-type semiconductor with a band gap of 2.0 eV [3] and a cubic structure with a lattice parameter of 4.27 Å [4].
Results and discussion The XRD patterns of films revealed a single phase CuO with monoclinic crystal structure (tenorite).
It is clear that there is no change in the crystal structure for films annealed at 200, 300 and 400˚C.
Annealing in air resulted in the formation of tenorite (CuO) structure.
The preparation of copper(II) oxide thin films and the study of their microstructures and optical properties, Materials Chemistry and Physics, 83, (2004), pp. 140-144