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Thus, we were able to exclude the influence of (i) the material chemistry (gold, silicon, physical plasma vs.
Cells are able to sense their physical environment and adapt to these specific cues by formatting intracellular structures such as the actin cytoskeleton [5].
Therefore, we can exclude that surface chemistry as well as the gravity is the cause for this actin formation.
Rychly, Topology-dependent cellular interactions - Cell structure-cell function dependence on titanium surfaces, in: Metallic Biomaterial Interactions, Eds.: J.
Nebe, Impact of plasma chemistry versus titanium surface topography on osteoblast orientation, Acta Biomater. 8 (2012) 3840-3851

Effect of Processing and Radiation Exposure on the Structure and Properties of Polypropylene M.S.
Radiation Chemistry of Polymers.
L.: Chemistry, 1988.
Influence of the structure of organic peroxides on the efficiency of modification of SKI-3 rubber with dicarboxylic acid anhydrides in solution // Russian Journal of Applied Chemistry. 2011. № 84(11).
On Some Features of the Radiation Chemistry of Polypropylene in the Field of Low Doses // Radiation Chemistry of Polymers.

Ionic liquids of the two IR spectra analysis show its structure and synthetic route consistent with the structure of matter.
Spectra are consistent with the display structure of the synthesized substance route.
[2] D Fang, X L Zhou, Z W Ye: Industrial & Engineering Chemistry Research Vol 45 (2006), p. 7982-7984
[3] S Guo, Z Y Du, S G Zhang: Green Chemistry Vol. 8 (2006), p. 296-300
[4] Y Gu, J Peng, K Joe: Progress in Chemistry Vol. 15 (2003), p. 222-241

An overview of the various chemistry dependent sub-models, e.g. homogenization, extrusion, cold deformation and annealing, are described with an emphasis on the linkages between the models.
In this paper, an overview of a current through process model for the production of 3XXX extrusions which is chemistry dependent will be described.
Figure 1 – Examples of AA3003 products or semi-finished products and their corresponding microstructure: Extrusion billets a) 100 mm as-cast billets and b) as-cast microstructure, extruded I-beams c) macrograph of product and d) EBSD map of grain structure, multi-port extrudate e) cross-section (1.5 x 10 mm) and f) grain structure after sizing operation and brazing simulation.
Note: the model is fully chemistry dependent being linked to the CALPHAD software Thermocalc (with the TTAl6 database).
These examples show some aspects of the complex effect of alloy chemistry and the value of having a CALPHAD based model which can take this into account.

The crystal structure was determined by single-crystal X-ray diffraction.
Introduction Aroylhydrazones (>C=N-NH-CO-) are special group of compounds in the Schiff bases family due to their wide applications in chemistry and biology and characterized by the presence two inter-linked nitrogen atoms as Nsp2-Nsp3.
Herein we report the synthesis, structure and antibacterial activity of the compound.
The molecular structure of the title compound is shown in Fig. 1.
E67,p. o556 [10] A.D.John: Lang's Handbook of Chemistry Vol. (1998), p. 39 [11] S.L.Liu, J.F.Dai, Y.Chen, G.B.Cao, H.W.Liu: Chin.

XRD analyses indicated both Ni core and Ag shell had an fcc structure.
Size and structure.
XRD analyses indicated both Ni core and Ag shell had an fcc structure, and their shell thickness is controllable via different mole ratios of Ni to Ag.
Chen, Journal of Materials Chemistry,Vol. 12 (2002), p 3654
[4] Chen Dong-Hwang, Wang Shiuann-Ren:Materials Chemistry and Physics, Vol. 100 (2006), p 468-471 [5] Senapati Samarpita, Srivastava Suneel K., Singh, Shiv B., Mishra, Hari N.: Journal of Materials Chemistry, v 22(2012), p 6899-6906, [6] Huiru qin, Advanced Materials Research Vols. 347-353 (2012), p 3485-3488

This paper works over the relationship between the suction and the degree of saturation through tests, and also analyzes pore fluid chemistry influence on the suction between grains.
This paper works over the test method of intergranular suction through experimental study on lateritic soil and analyzes pore fluid chemistry influence on the intergranular suction and its variation.
The variable structure suction sc′ refers to the structure suction which is changed with the changes of the soil saturation, pore water pressure and water chemistry action.
Based on this, we analyze the influence of water-soil chemistry on intergranular suction of soil.
This is not only explains the mechanism of water-chemical action mechanics effect in some extent but also does explicate that water-soil chemistry mechanical effect is worthy considering to the research of unsaturated soil mechanics theory.

The structure investigation of copper, nickel and iron hexacyanometalates from conventional X-ray powder diffraction data Irena Petrovic-Prelevic, Antje Widmann, Heike Kahlert, Harm Wulff and Fritz Scholz Institute of Chemistry and Biochemistry, University of Greifswald, Soldmannstr. 23, D-17489, Greifswald, Germany Keywords: Hexacyanometalates, structure, X-ray powder diffraction, Rietveld refinement Abstract.
Most metal hexacyanometalates have a cubic structure.
Structure analysis and refinement procedures were performed using the Rietveld method (FULLPROF [4]).
Scholz, Inorganic Chemistry, submitted
View of the structures of KCu[hcm], KNi[hcm] and Fe[hcm] Figure 4.

Structures of the copolymers obtained were confirmed by IR spectroscopy.
The structure of the synthesized copolymers was confirmed by IR spectroscopy.
Synthesis methods, polymer structure, High Molecules.
Chemistry of polyconjugated systems /A.A.
Features of the thermal properties of polyconjugated systems, M .: Chemistry. 1972. 368 c.

The microscopic structures of the porous Al--Cu antimicrobial filter is shown in Fig .5.
Structure of the porous Al--Cu antimicrobial filter: a) pore array, b) and c) microscopic view.
Zhang, Porous copper surfaces with improved super hydrophobicity under oil and their application in oil separation and capture from water,ChemComm, The Royal Society of Chemistry, 49 (2013)8410-8412
Jin, Atomic-Level Alloying and De-alloying in Doped Gold Nanoparticles, Chemistry European Journal, 19 (2013) 4238 – 4243
Choe, Novel method of powder-based processing of copper nanofoams for their potential use in energy applications, Materials Chemistry and Physics, 145 (2014) 6-11