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STRUCTURE AND FABRICATION A.
The size of the whole structure is 3.6mm×3.9 mm.
Fig. 3 shows photographs of the interdigital capacitive structures.
(c) Top view of the whole interdigital capacitive structures B.
Hunter, Industrial and Engineering Chemistry 38, 1117(1946)

In an attempt to produce a half-Heusler thermoelectric materials having ultra fine grain structures, ZrCoSb was synthesized by mechanical alloying of stoichiometric elemental powder compositions, and consolidated by vacuum hot pressing.
Introduction A new class of compounds with half-Heusler structure has been considered as good candidates for higher performance thermoelectric conversion [1-2], since the structure was first found [3].
Candidates in this structure for the investigation would be the combination of (Ti/Zr/Hf)(Co/Ni/Pt)(Sb/Sn/Bi) [4-6].
ZrCoSb belongs to a half-Heusler structure and it is expected to be a promising thermoelectric material having relatively high figure of merit value, especially for power generation [4-6].
Doping on this system was found to be effective in electrical property enhancement via band structure forming, and the substitution on the Zr, Co and /or Sb sites were shown to be decrease in thermal conductivity via point defect phonon scattering [5-7].

Before World War II, the costume design is basically the main style, and the structure and shape change mounted design. 
The electronics, biology, chemistry, chemical fiber, textile engineering multidisciplinary comprehensive development of new materials of clothing trend is now irreversible. 
The Improvement of Structure of the Yarn, Performance, Color and Processing Methods. 
For example, a polyester-cotton has a three-layer composite yarn, a very fine polyester yarn core, a polyester-cotton blend for the middle layer, and the outermost layer of pure cotton yarn to form a three-tier structure.
This yarn structure development is a new fabric combination ever-changing and faster refurbished.

Hence, controlling the phase and crystal structure of NbN is important for many applications.
The propert ies of NbN films are strongly affected by their composition and crystal structure [2,9,10].
The films grown at room temperature and 250 oC showed poor crystalline structures.
The AFM image for this condition reveals better crystalline structure and more uniform size distribution.
Lide (Ed.), CRC Handbook of Chemistry and Physics, (82nd ed., CRC Press LLC, 2001–2002)

Structures of the geopolymer are chains of -Si-O-Al-O- [1-2,10].
Investigation on the formation of alumina-silicate networks in geopolymer structures is really difficult and complicated.
Therefore, there is only a few researchers have chosen this method for evaluation of the structure of the geopolymer.
That indicated that most of silica in SF was reacted and the geopolymeric structures are in amorphous phases.
Davidovits, Geopolymer chemistry and application, 4th ed., Institute Geopolymer, France, 2015

The sol-gel method offers many advantages, including the possibility to monitor reaction structure and stoichiometry, the possibility to add different functional groups, and the possibility to fill with nanoparticles, at ambient pressure, and temperatures below 100°C under the so-called soft chemistry conditions [26].
Structure and Morphology of the Hybrid Films 4.1.1.
These peaks are in agreement with the tetragonal structure of the TiO2 rutile phase (JCPDS 21-1276) [57].
[42] Unger K K, Surface Structure of Amorphous and Crystalline Porous Silicas: Status and Prospects, The Colloid Chemistry of Silica.
Advances in Chemistry, ed H E Bergna (Washington DC: American Chemical Society). 234 (1994) 165–81

China *wzni@zju.edu.cn Keyword: Bio-material, Liquid film, Film structure, Cumulative evaporation, Kelp Abstract.
Results and Discussion The results of SEM observation (Figure 1) showed that there are visible differences in the structure among the three prepared films.
The film formed with mixed solution of kelp and PA with the ratio of 1% kelp suspension to 5% PA solution as 9׃1 (Film2) appeared superimposed layering structure with less pores and gaps.
The film formed with mixed solution of kelp and PA with the ratio of 1% kelp suspension to 5% PA solution as 3׃1 (Film3) appeared the densest structure with less pores and gaps.
Lu: Analytical Methods of Soil Science and Agricultural Chemistry (in Chinese).

As the formation of hydrogen bonds in the structure of the film, the amide A band was shifted towards higher wave numbers after modification.
This may be interpreted as a result of the formation of the hydrogen bonds in the recovering helical structure.
The amide II band is generally considered to be much more sensitive to hydration than to secondary structure change [8].
[3] Staroszczyk, H., Pielichowska a, J., Sztuka K., et al., Molecular and structural characteristics of cod gelatin films modified with EDC and TGase, Food Chemistry. 130 (2012), 335-343
S., Fourier transform IR spectroscopic study of hydration-induced structure changes in the solid state ofω-gliadins, Biochemical Journal. 319 (1996), 741-747.

In view of polyhydroquinoline containing similarities in structure to the biologically important compound, 1,4-dihydropyridine, their antihypertensive activities were herein determined in spontaneously hypertensive rats (SHRs) during different time.
In view of those compounds 1-3 (Fig. 1) containing the similar structure of nitrendipine, which is a dihydropyridine calcium channel blocker used in the treatment of primary hypertension to decrease blood pressure.
Fig. 1 The structures of nitrendipine and compouns 1-3 Experimental 2.1.
It can be conspicuously observed that the molecular structure and substituent group of heterocycles exerted varied antihypertensive activity.
Lincoln, Mechanism of DNA threading intercalation of binuclear Ru complexes: uni- or bimolecular pathways depending on ligand structure and binding density, J.

The results show that the densification of as-prepared h-BN ceramic can be contributed to the addition of sintering-aids and the formation of card-house structure.
The card- house structure in Fig. 4(a) is more uniform than Fig. 4(b), resulting in a lower porosity and a higher strength.
This is because the addition of 10wt% sintering aids limits the expansion of BN layer, which is good for unifying the structure.
And the sample sintered at 1850℃ has a better card-house structure.
Chemistry of Materials, 2000, 12(1): 19-21