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In addition, liquid crystal is analogous to the structure of the lipids of stratum corneum (the outermost skin cell layer of the epidermis) [2-3].
The polarized microscope utilized to verify the presence of liquid crystal and it showed that a maltese crosses pattern was observed (see inset of Figure 1) indicating a typical lamellar liquid crystalline structure.
The optical pattern of AVLCE is shown in Figure 3 indicating the presence of lamellar liquid crystalline structure.
Therefore, when the shear rate increases, the colloidal structure breaks down showing reduced viscosity [17].
Oriental Journal of Chemistry, 32(4), (2016), p. 2073 [4] H.

The structure analysis of multi spin was investigated using FTIR.
SiO2-TiO2 system with 10% TiO2 in siloxane structure was found capable on building thick layer up to 2.4 µm at 17 time cycles spins and heat treatments at 680 oC.
Brinker and G.W.Scherer, "SOL-GEL SCIENCE: The Physics and Chemistry of SolGel Processing" Academic Press,Inc.(1990) Figure 3(a) SEM micrograph of crack free 90%SiO2-10%TiO2 thin film Figure 3(b) SEM micrograph shows crack originated within film materials for composition of 90%SiO2-10%TiO2 thin film

It is a comprehensive materials science, physics, computer science, mathematics, chemistry and mechanical engineering disciplines and developed.
The computer simulation of objects in the material design throughout the material development and use of the entire process includes synthesis, structure, properties, preparation and use.
These two methods can calculate according to the role of inter-particle potential calculation of the structure of multi-particle system, a variety of matter of structure and variety of nature [13].
Used a computer simulation method to calculate the thermal stress distribution in the process of the basis of graded materials provide the basis to find reasonable material structure.
Micromagnetic simulation of structure property relations in hard and soft magnets.

Chan3, Yu Wang*3,b 1Science and Technology on Surface Physics and Chemistry Laboratory, P.O.
To eliminate the effects of annealing time on the phase structure of samples, the vacuum annealing was also conducted for the same time with the hydrogen treatment at 700℃.
The crystal structure of alloy thin films and the variation after hydrogen treatment were obtained by XRD(Rigaku D/MAX-RB12KW).
Fig. 1(a) is the cross-section morphology of the FeAl films which presents the thickness of approximately 2.5 μm, showing a compact columnar structure perpendicular to the substrate.
Phase Structure.

The pictures we see in the Figure. 2(c) and (d) [5] are the metallographic structure morphology of the interface between matrix and coating.
There is a great distinction in the grain size of structure between heat affected zone and the heart of matrix in the picture (c).
While, there is no difference in grain size of structure from the surface to the heart of matrix in picture (d).
Literature shows that the wear resistance of coating has something to do with hardness of hard phase which is diffuse distribution on coating surface and hard phase structure density levels.
Magrinia: Materials Chemistry and Physics, 115 (2009), p. 467–472 [8] B.

OGFC is an open-graded bituminous mixture, and its structure type is skeleton-void structure.
So SMA is a typical skeleton-close structure.
Besides the climate, traffic, speed, construction methods and raw materials, the macro structure of pavement affects the skid resistance greatly.
The macro structure of bituminous mixture depends on aggregate gradation and the shape and edges of particles, with the pavement texture depth(TD) said [6].
Design and construction of bituminous mixture .Beijing: Chemistry Industry Press, (2005) (in Chinese)

The carbonation reactions of portlandite and C-S-H indicate that the process releases part of the water of hydrate structures.
However, the concrete structures in-situ is also subjected to humidification-drying cycles, which results in a much more complicated water activity.
Then, during the first adsorption cycle, the water molecules returned to the internal structure of the C-S-H.
Pihlajavaara, 1968, Some results of the effect of carbonation on the porosity and pore size distribution of cement past, Materials and Structures, Vol 1, Issue 6, pp. 521-526
Meyer, 1968, Investigations on the carbonation of concrete, In 5th International Symposium on Cement Chemistry, The Cement Association of Japan, pp. 394-401

The organic components of the matrix are based on acrylate and methacrylate chemistry and the photoinitiator-system is chosen in accordance to the wavelength of the LED-based light source.
It is important to choose a cleaning fluid capable of dissolving the slurry without damaging the cured structure.
Fig. 2 Building platform of the CeraFab 7500-system with structured green parts: left – uncleaned parts directly after building process; right – green parts cleaned in an adequate cleaning fluid After structuring and cleaning the green parts undergo a two-staged heat treatment in order to convert them into dense ceramic parts.
Thus, holes down to 200 µm in diameter as well as cellular structures with strut thicknesses around 150 µm could be realized and are reproducible.
In this manner the fabrication of even smaller and finer structures shall be enabled.

The carbonation reactions of portlandite and C-S-H indicate that the process releases part of the water of hydrate structures.
However, the concrete structures in-situ is also subjected to humidification-drying cycles, which results in a much more complicated water activity.
Then, during the first adsorption cycle, the water molecules returned to the internal structure of the C-S-H.
Pihlajavaara, 1968, Some results of the effect of carbonation on the porosity and pore size distribution of cement past, Materials and Structures, Vol 1, Issue 6, pp. 521-526
Meyer, 1968, Investigations on the carbonation of concrete, In 5th International Symposium on Cement Chemistry, The Cement Association of Japan, pp. 394-401

Kálmán 1,c 1 Institute of Surface Chemistry and Catalysis, Chemical Research Center, Hungarian Academy of Sciences, P.O.
Both types of surface modification results in dense and stable surface layer of well organized structure.
The monolayer structure was visualized by Brewster angle microscopy.
At higher pH value (Figure 2) the effect of cations on the monolayer structure is more significant than at lower pH (Figure 1).
The results show some change in the monomolecular layer structure.