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This peak can be correlated with Ti–OH bonds found in the TNT tubular structure [16].
Aanatase; T nanotubes Conclusions The electronic structures and microstructures photoelectric properties Ag-TNTs were studied and discussed.
Arai, Electronic structure of layered tantalates photocatalysts, RbLnTa2O7 (Ln=La, Pr, Nd, and Sm), Inter.
[14] CRC handbook on Chemistry and Physics version. 2008, 12-114

This structure had been shown to derive from the CaCu5-type structure, by ordered replacement of a fraction of the rare-earth atoms by transition metal dumbbells.
It may be assumed that this is also the case in 3:29-type structures.
Hou Structure and magnetic properties of intermetallic compounds Gd3(Fe,Nb)29, J.
Jin, Structure and magnetic properties of (Nd1-xHox)3Fe27.31Ti1.69 compounds J.
Fuquan, Structure and magnetic properties of Y2Co15.24-xFexCr1.76 compounds, J.

This is formed from the vinylidene fluoride - VDF monomer, by an addition reaction with about 2000 repetition units - n, having a molecular weight of the order of 105g/mol. chemical structure of PVDF, is formed by two hydrogen atoms - H, linked to carbon - C, and two fluorine atoms - F, linked to the next carbon, which is an intermediate structure between Polyethylene - PE, and polytetrafluoroethylene – PTFE.
Crystallization from the molten state, or even from the solution, forms structures called spherulites.
The PVDF can crystallize into four distinct crystalline structures that determine different characteristics of the material.
Ferroelectric polymers: chemistry, physics, and applications.
Ferroelectric polymers: chemistry, physics, and applications.

The metallographic structure was observed using a Leica DM2500M .
The corrosion products on N80 hanger surface are double-layer membrane structure, the outer layer is loss, but the inner layer is compact.
Johnsen, "Cathodic Protection by Distributed Sacrificial Anodes–A New Cost-Effective Solution to Prevent Corrosion of Subsea Structures," in CORROSION 2017, 2017
Natural Gas Chemical Engineering (C1 chemistry and Chemical Engineering), pp. 51-54, 2009.
Journal of physical chemistry, pp. 2405-2414, 2013.

Changes in the molecular structure of UHMW polyethylene under the influence of thermal and radiation modification, as well as time J.
These processes may result in decomposition of polymer chains, special ordering of the structure, increase of cross-linking, and degree of crystallinity [4, 5].
In the spectra registered after 372 days from irradiation the hyperfine structure disappears and only one clear resonance line is visible (Fig. 1b).
Czaja, Changes in UHMWPE morphology and structure after irradiation with an electron beam and thermal treatment, Solid State Phenom. 2012 (in print)
Flory, Principles of Polymer Chemistry, Cornell University Press, New York 1953.

X-ray diffraction (XRD) was performed to analyze the crystal structure whereas scanning electron microscope (SEM) was used to examine the microstructure and surface morphology.
XRD results show that LiFe(1-x)VxPO4/C phase has been formed with an olivine-based structure.
The sintered carbon, on the contrary, shows a tendency for crystal formation with a structure indexed to hexagonal P63/mmc space group (JCPDS 25-0284).
This can be understood since the sintering process will result in rearrangement of the atoms within the material with more ordered structure to form a crystalline phase.
-L., Effect of Vanadium Incorporation on Electrochemical Performance of LiFePO4 for Lithium-Ion Batteries, Journal of Physical Chemistry, 20 (2011) pp. 13520-13527.

Introduction Reinforced concrete structures of port facilities, used in severe climatic conditions of the Arctic and the Far East, are exposed to low and alternating temperatures in addition to the standard effects that are typical for hydraulic structures.
However, the required monolithic structure, as a rule, is not achieved.
In turn, the lifetime of the primary structure substantially depends on the surroundings’ moisture saturation.
Vlasova, Sealing joints of prefabricated reinforced concrete structures in winter conditions.
Mchedlov-Petrosyan, Chemistry of inorganic building materials, M, 1971, 22

When a particle structure of pure β' is partially substituted with ~70% U2, the yield strength increases with 6.5% and the tensile strength increases 5.3% [3].
The particles were identified by high resolution images using both CCD camera and film, from which the crystal structure and lattice parameters could be identified.
The optimized lattice parameters obtained for this averaged bulk β' structure are a = 7.06 Å, c = 4.09 Å, within 1.3% of the experimental values for the real structure [6].
HRTEM images of particle structure in the material studied.
It should be noted that the different crystal structure of U2 compared to β' is not considered in this paper, as this is an empirical attempt based on pure geometrical considerations.

Fig. 6 (a) shows that 3 wt% SBS is well dispersed in DST, expressed as an “island” structure.
By contrast, a formed polymeric network structure could be discovered in Fig. 6(c) when the amount of SBS is up to 12 wt%.
The formation and transformation of these internal structures significantly optimize the performance of SMDST.
The chemistry and technology of petroleum[J].
Materials & Structures, 2016, 49(9): 3607-3617

Due to worthwhile structures like high surface area, high porosity, small dimensions, and high flexibility, electrospun nanofibers are appropriate scaffolds to produce novel antimicrobial materials.
Morphology of 5% L-FG and N-FG nanofiber were almost the same in terms of smooth structure.
Low reduction in growth of Flavobacterium psychrophilum by L including FG nanofibers can be explained by the antimicrobial/antibiotic resistant structure of the organism.
Perspectives in medicinal chemistry, (2014) 6, PMC-S14459
Royal Society of Chemistry (2015)