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This multilayer structure will not permit all the particles to be exposed to light and as such, the rate of the reaction become nearly equal.
Yanagida: Journal of Physical Chemistry, 96 (1992) 3521-26
Rusek: Journal of Physical Chemistry, 90 (1986) 824-34
Zhao: Chemistry Letters, 32 (2004) 522
Xie: Journal of Physical Chemistry B, 109 (2005) 18352-5

Introduction Gold nanoparticles colloid has attracted great attention from many fields such as chemistry, material sciences, biology, medicine and electronic [1,2].
Alkanethiol (CH3-(CH2)n-1-SH) monolayer on (111) gold substrate structure was studied by many researchers from different aspects such as chain length of organic molecule, types of substrate, concentration of the organic solution and so on [4].
Huang, The Journal of Physical Chemistry C, 113(16), (2009), p. 6505-6510
Ko, Analytical and Bioanalytical Chemistry, 399(1), (2011), p. 103-118
Physical Chemistry Chemical Physics, 13(9), (2011), p.3649-3653

Secondly, fabric design is to emphasize a certain performance, and depend on fabric structure and raw material.
Material or structure results in the difference of fabric property.
Fabric property depends on material and structure of fabric.
Fabric property depends on material and structure of fabric.
,A General Model of a Fabric as a Geometric Mechanical Structure, J Tex.

The FT-IR characterization verified the structure transformation between linear and crosslinked polymer.
Since the advantages of click chemistry had been rediscovered by Sharpless et.al [11, 12], click chemistry had been employed as an efficient synthesis strategy in the preparation of novel functional benzoxazine [13-17].
Thus, the linear polymer could be transformed into crosslinked structure easily without any extra additives.
These peaks mentioned above indicated the existence of triazole ring and benzoxazine structure in the novel linear polymer.
This phenomenon indicated the complete transformation of oxazine structure.

Studied calcium ions on Zeta potential of quartz surface and flotation behavior through flotation experiment, Zeta potential measurement, infrared spectroscopy and solution chemistry of calcium calculation.
This articles systematic studied the impact mechanism of calcium ions on Zeta potential of quartz surface and the capacity of collecting quartz through flotation experiment, Zeta potential measurement, infrared spectroscopy and solution chemistry of calcium calculation. 2.
At pH=10, the recovery rate of the quartz began to increase sharply, at pH=12, the recovery rate of the quartz is corresponding to the maximum, and then recovery rate began to decrease as the pH continues to increase. 1-deionized water 2-calcium ions The concentration of collector is 10-3mol/L The concentration of calcium ions is 0.5×10-3mol/L Fig. 1 Flotation recovery of quartz as function of pH 3.2 Adsorption mechanism Quartz is the frame structure of silicate, each silicon is surrounded by four oxygen in the structure, constitute basic structural units of the [SiO4] tetrahedra[13]. 1-deionized water 2-calcium ions Fig. 2 Zeta potential of quartz as function of pH Fig. 2 shows the Zeta potential of quartz as a function of pH. when pH>2, ZETA potential of the quartz surface show negative charge, is not conducive to the adsorption of the anionic collector dodecyl sulphate.

Modified metal structure with bioprobe and Raman reporter molecules provides a strong signature fingerprints that surely contribute to noble biosensor structural designing.
Several analytical and numerical methods have been used for characterize and optimize plasmonic structures for SERS.
Fig.2, Schematic design of nanogap and SERS plasmonic structure.
Bansal, Silver nanoclusters films for single molecule detection using Surface Enhanced Raman Scattering (SERS), Materials chemistry and Physics 137 (2013) 699-703
Popp, SERS: a versatile tool in chemical and biochemical diagnostics, Analytical and bioanalytical chemistry 390 (2008) 113-124

CPs have remarkable electrical and optical properties comparable with metals and inorganic semiconductors due to their unique electronic structures [1].
Fig. 1 Chemical structure of PEDOT (blue) and PSS (red).
Results and Discussion Structure and Electrical Properties.
Journal of Polymer Science Part A: Polymer Chemistry, 2008. 46(7): p. 2536-2548
Arabian Journal of Chemistry, 2015

Synthesis and Characterization of a Kind of Superparamagnetic Material Dandan Li a, Xiaoyan Li b, Xing Huang c, Yuxiang Wang d, Yajuan Zhao e Chemistry and materials engineering institute, Wenzhou university Wenzhou 325000, P.R.
Dimethylolpropionic acid (DMPA) is a matter of multi-function reactive groups, and its molecular structure exist hydroxyl and carboxyl groups, and has characterization of heat and light stability similar to diamond.
Studies on the syntheses, structures and performances of transition metal-hydroxyl polycarboxylate coordination polymers In Chinese[D].Jilin University,2005,(08) [5] He Meng.
Effects of citrate ions on the formation and magnetic property of Fe3O4 nanoparticles In Chinese[J].Chinese Journal of Inorganic Chemistry,2004,11(11):1279-1283 [7] Jiqing Xu, Deqing Chu, Jiehui Yu.
Transition metal coordinate polymer chemistry by Organic multi-carboxylic acid as bridge continually ligand-Synthesis and Structural Characterization of [Fe(μ4-bta)0.5(phen)(OH)]n In Chinese[J].

But there was few research about the combination mode between starch and protein.So,the objective of this paper was to know whether the starch and protein were separated in corn endosperm under different chemical reagents soaking ,and the separating effect was based on measuring the amount of free starch.The paper preliminary discussed structure change between starch and protein in the endosperm of corn under the soak of different reagent, which will offer a mechanism basis for structure and interaction between starch and protein in the endosperm of corn.
With the increase of concentration of alkali the content of free starch were also increased.Because the structure of glutelin was destroyed by NaOH, Starch granules were released.when the NaOH concentration was above 0.5%, the amount of free starch began to decline.
References [1] Y.Ji, K.Wong, J.Hasjim, L.M.Pollak, S.Duvick, J.Jane and P.J.White:Structure and function of starch from advanced generation of new corn lines.
[4] D.L.Shadera, D.S.Jacson:Effect of corn wet-millinf conditions (sulfur dioxide,lactic acid,and steeping temperature) on starch functionality.Cereal Chemistry,1996,(73)632-637
Cereal Chemistry,1999,(76):600-605.

For example, carbonate of transition metal is easier to decompose than the corresponding carbonate of alkaline-earth metal, because transition metal is an irregular electronic shell structure and therefore has a strong positive electric field.
Teaching Material of Institutions of Higher Learning, Inorganic Chemistry Vol.2 (Second Edition) [M].
[2] Inorganic Chemistry Teaching and Research Section, East China Normal University.
Inorganic Chemistry Teaching and Research Section, Nanjing Normal University.
Inorganic Chemistry [M].