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Steel chemistry with low Si was designed to reduce the iron oxidation with chemical composition (Si, Mn etc.) and to improve the wettability by liquid zinc.
And there was no banding structure.
It is known that the existence of banding structure has a negative effect on the hole expansibility of steels [5].

The mRNA secondary structure of the plasmid pBV220-AGL was predicted to form a hairpin structure in the SD region after site-directed mutagenesis; an optimized plasmid pBV220-AGLII was produced.
The secondary structure of translational initiation region of the target gene.
(a) The predicted secondary structure of TIR of agl gene mutation by MFOLD algorithm by Zuker.
Chiba: Bioscience, Biotechnology, and Bi˚Chemistry.
Patricia: Pr˚Cess Bi˚Chemistry Vol. 42, no. 11 (2007), p. 1530 [7] K.J.

Fig.3 (A, B, C, D) presented the pore structure of wheat dough treated by CSL-SSL under an electron microscope with 1000 magnifications.
The water allows the pasting of starch granule to form a complex starch-protein network structure.
So it could be speculated that the network structure of protein-starch would be more solid after adding right amount of CSL-SSL.
And the pore structures of the dough during modulation and proofing after adding CSL-SSL were smoother than the control.
L.Rubenthaler, Cereal Chemistry, Vol. 68(1991), P.353-356

Mouli3,c 1 Department of Chemistry, Preparatory School of Science and Technology EPST, BP 165 RP, Bel- Horizon Tlemcen 13000, Algeria 2 Faculty of Exact Sciences and Applied, Laboratory of Polymer Chemistry, University of Oran Es-Senia, Algeria 3 Department of Civil Engineering, Laboratory of Materials, BP 1523, ENPO, Oran, Algeria aamre20022000@yahoo.fr, byassine_se@yahoo.fr, cmoulimohamed@yahoo.fr Keywords: Polymer-Mortar Composites, Industrial plastic waste, Recycled Material, Chemical Attacks, Mechanical Strength, Sustainability, PET polymer.
In a number of countries, important research projects are nowadays carried out and are mainly devoted to developing original approaches to sustainability in order to improve the lifetime of reinforced concrete structures.
This paper describes an innovative use of plastic bottle waste as cement-substitution within composite materials for preventing chemical attacks, energy efficiency in buildings or repairing various reinforced concrete structures.
Foti: Composite Structures Vol. 96 (2013), 396 [8] C.
Andreopoulos, in: RILEM Conference on the Use of Recycled materials in buildings and structures, 8-11 November, Barcelona, Spain, (2004), p. 911

The chemical structures of the monomers used are shown in Fig. 1.
Fig. 1 The chemical structures of monomers Synthesis of PI.
The chemical structure of PI is shown in Fig. 2.
The chemical structure of PI was measured by FT-IR spectroscopy.
The Journal of Physical Chemistry B. 2009, 113, 9143-9150.

Structure of hydrogen gas sensing TiO2 thin films prepared by sol – gel method and their comparison with magnetron sputtered films G.
Plecenik2 1Department of Inorganic Chemistry, Faculty of Natural Sciences, Comenius University, 842 15 Bratislava Slovakia 2Department of Experimental Physics, Faculty of Mathematics, Physics and Informatics, Comenius University, Bratislava, Slovakia *Author for correspondence: plesch@fns.uniba.sk Keywords: hydrogen sensing, TiO2, film, sol-gel, magnetron sputtering, anatase, rutile Abstract.
The hydrogen sensing properties of TiO2 films annealed at various temperatures were studied and correlated with their structure, optical and electrical properties.
The structure and sensing properties of the prepared films are compared with those synthesized with magnetron sputtering.

The compound BeSe crystallizes in four-fold coordinated zinc-blende structure [41, 42].
Results and Discussion Electronic band structures of the binary compounds BeSe and CdSe The band structure of each binary compound BeSe, CdSe is calculated and represented respectively in fig. 1.
Fig. 1: Band structure for BeSe and CdSe.
Lu, Chemistry Materials 18 (2006) 4231-4237
Alivisatos, Physics and Chemistry B 110 (2006) 25543-25546

The Impact of Heat Treatment on Pyrophyllite Structure and Acid-soluble Properties JunJun Wu, HaiFeng Chen, ShiJiang Zhao and Bin Li Department of Chemistry, Huzhou Teachers College, Huzhou 313000, China shenlandeye@gmail.com Keywords: Acid-soluble properties; Al2O3; Pyrophyllite Abstract.
This paper studied the influence of heat treatment on the pyrophyllite structure and acid-soluble properties of alumina.
The results showed that at temperatures below 480 °C, the pyrophyllite did not change the basic structure. 480~700 °C dehydroxylation reaction occurred, and the structure water of pyrophyllite is removed, and then turned into partial pyrophyllite.
Crystal structure was a layer of aluminum hydroxide octahedron layer between two layers of silicon-oxygen tetrahedron layer, and formed a 2:1 layer structure.
Results and Discussion XRD The structure of the samples was investigated using XRD, and according to the diffraction data to identify the crystal structure.

The Early discussion about "the universal structure" in Western thinkers focused on physical elements and proportion.
From the point of view of modern chemistry, the most popular idea about four elements since Empedocles was considered to be naive concept, because the four elements is complex.
Hegel rejected this view: chemistry tries to get something simple, but individuality is disappeared.
In Taoist view, the "Tao" which means “way” is both an origin and a kind of cosmic structures.
As basic elements of universal structure, water and fire in architecture and rite always play an important role.

The temperature dependence of the equilibrium constants Keq for Reaction (2) is found from the software HSC Chemistry 9®.
The continuous SiOx layer changes its shape to the bead structures.
Nanowires generated below 1500°C in experiments by Liu et al., whereas silica melts at 1710°C, according to HSC Chemistry 9®.
SEM analyses show that the continuous layer structure is preferred below 1200-1250°C, while the bead structure is often found above this temperature interval.
The chemistry and thermodynamics of this mechanism will be covered in a future work [28].