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The morphological structure of the samples after calcium and phosphate addition without NaOH was seen in Figure 1.
FE-SEM images of samples with adjusted pH Morphological Structure and Elemental Mapping of A1, G1, and C1.
In G1, the morphological shape was needle-like structure and agglomerated spherical shape.
In C1, the morphological structure was needle-like.
Nanomater. 2012 734398 [9] Bischoff R and Schlüter H 2012 Amino acids: Chemistry, functionality and selected non-enzymatic post-translational modifications J.

Preparation of Novel Series of UV Dual Curable Polyurethane-Modified Epoxy Monoacrylates and Their Films Properties Hongbo Liu1,a, Feng Lin1,b, Wuying Zhang1 and Ling Xu1 1 School of Applied Chemistry and Biological Technology, Shenzhen Polytechnic, Shenzhen 518055, People’s Republic of China alhb206@163.com, blfeng00@yahoo.com.cn Keywords: preparation, UV dual curable, properties, photopolymerization Abstract.
The idealized molecular structures of PMEMA are shown in Fig. 1.
Analyzing from the molecular structure, the number of reactive groups from sample 2 to sample 7 with the same weight decreased with side chain length of polyurethane increasing.
Because there were two acrylic groups (double bond) and one epoxy group in the PMEMA molecular structure, the three-functional resin PMEMA can crosslink in network structure of the radical-cationic UV dual cured films and didn’t extract by solvent, even if one reactive group (double bond or epoxy) in PMEMA polymerized under UV irradiation.
This is because the double bonds and epoxy groups can effectively crosslink and form three-dimensional network structure, namely, the structure of the radical-cationic UV dual cured films was densest (the most compact): the films resisted most penetration of water molecules into films.

Structure.
The mixtures with moderate stearate content display a homogeneous structure.
Structure.
Properties of the C/C-SiC composites Structure.
The composites with a medium concentration of stearate (2.5 % and 3.75 %) have similar structures.

Mikheev, Ural Branch RAS, Yekaterinburg 620990, Russian Federation 2Institute of Chemistry of Solids, Ural Branch RAS, Yekaterinburg 620990, Russian Federation 3Ural Federal University named the first President of Russian Federation B.N.
The aim of this work was to create the structure characterized by gradients of composition and/or thermal expansion coefficient according to the proposed in [1] scheme.
The obtained structure was investigated by methods of the foil deflection (for details see the next section) and Mossbauer spectroscopy.
If the steel sample with the gradient structure is heated, it is curved.
The degree of the curvature at the given heating depends on characteristics of the gradient structure.

Although convergence has been discussed mainly in communication, information technology, and electronic fields, it has also appeared in chemistry and energy industries recently [1].
Its network structure characteristic enables it to not only approach other nodes in a group via the shortest path, but also monitor information flow as well.
Also, the structure of information contained in a patent can be useful for investigating R&D activities and the structure of relevant knowledge [18].
When betweenness centrality of IPC network structure was analyzed, semiconductor device field using super conductive magnetic was found to be still high.
When IPC betweenness centrality of IPC network structure was analyzed, centrality ranking of IPCs in photovoltaic energy field was found to have elevated.

Introduction Synthesis of new inorganic compounds with the preset properties is the basic problem of chemistry and solid state physics.
To simplify the process of promoting agent preparation, we have proposed feldspar as it contains oxides of alkaline metals (mainly, K2O) and Al2O3 being rather good structural modifying agent making it possible to preserve porous structure of the contact; the structure may be broken due to coking if there is no modifying agent.
Thus, there is a change in oxygen index while transferring of octahedral structure characteristic for a-Fe2O3 to the structure of “inverse” spinel being characteristic for Fe3O4.
In terms of general and local consideration of Fe3O4 structure, it can be seen that the compound contains atoms of iron in two oxidation degrees.
The model is well proved by the experimental data on observing the mutual intergrowth of the structures of both phases.

This implies that the graphitic structure suffered acid attack.
The increase in intensity for the signals associated to the π-π* band, corroborates the structure change of the MWNT [29], meaning that the opened ends and/or the defect sites generated by the acid treatment destroys the stability of the conjugated structure [29].
Simon, The effect of functionalization on structure and electrical conductivity of multi-walled carbon nanotubes, J.
Du, Effect of chemical oxidation on the structure of single-walled carbon nanotubes, J.
Haddon, Chemistry of single-walled carbon nanotubes, Acc.

It is influenced by the presence of free functional groups in the molecular structure network, which can bind water [9].
It indicates that the film structure was homogeneous and compact.
This increment is caused by the hollow structure of the films due to the formation of the Chit-KC polyelectrolyte complex, where the hollow structure can trap large amounts of water.
The WVP depends on its structure, morphology, and environmental temperature.
Batista et al., Hydrogel as an Alternative Structure for Food Packaging Systems, Carbohydr.

Palana: Engineering Chemistry.
Composite Structures, Vol. 63 (2004), pp.305–312
Shimizu: Fiber texture and mechanical graded structure of bamboo.
Janssen: An environmental, economic and practical assessment of bamboo as a building material for supporting structures.
Shimizu: Fiber texture and mechanical graded structure of bamboo, Composites; Part B, Vol. 28B (1997), pp.13-20

It can find different applications depending on its structure.
X-ray diffraction (XRD) revealed the structure of the films.
Inzani et al. [42] also investigated the crystal structures, electronic structures, and electrical and optical properties of molybdenum oxide thin films by changing the O/Mo ratio.
Troitskaia, Morphology and structure of hexagonal MoO3 nanorods, Inorg.
Mazali, Structural evolution in crystalline MoO3 nanoparticles with tunable size, Journal of Solid State Chemistry. 190 (2012) 80-84