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Further research found that the three coal lithotypes are featured by remarkably different pore structure characteristics and maceral contents of coal are linearly correlated to some of pore structure parameters.
Pore structure research also mainly focused on middle-high rank coals [8-10].
Table 4 Pore structure properties of varying coal lithotypes Coal lithotype Sample No.
In contrast, the pores and structures in inertinite are less abundant.
Pure and Applied Chemistry, 1989, 61:1845-1852

Preparation and Characterization of Self-Dispersal Nanometer Carbon Black Pigment Xinyu Yang1, Zhaolun Wang1, Mingchu Pan1 1College of Chemistry and Materials Engineering, Wenzhou University, Wenzhou 325035, China ayangxinyu13@126.com Keywords: Nanometer Carbon Black Pigment; Nitric Acid Oxidation; Self-Dispersion Abstract.
The surface structures of the original and oxidized carbon black were investigated by means of FT-IR and XPS, respectively.
The surface structures of the carbon black are characterized, and the particle size distribution and dispersion stability of the self-dispersal carbon black pigment are also discussed in detail.

Experimental results showed that potato cookies took on beautiful appearance, golden color, light flavor with potato and rich sweetness flavor, which was a kind of better nutrition structures and health care cookies.
Table 1 The sensory score of buckwheat dumplings Score (total 100) Color 25 Surface: milky white or light yellow Taste 25 Taste crisp Texture 25 Organizational structure is relatively uniform Smell 25 Potato unique flavor Results and discussion Addition of potato flour.
Food Chemistry, Vol. 83 (2003), p.387–393 [2] B.

The structure of PZLL and PLL was characterized by FTIR and 1H NMR.
However, the structure of carbon nanotubes was largely broken and the extended conjugation was also disrupted [6].
Analytical Chemistry. 2002, 74(18): 4774-4780

The visualization of the surface morphology and structure and the gradual formation of the apatitic layer were followed by CLSM, as well as by ESEM and EDS.
Surface properties, including topography and chemistry, are of prime importance in establishing the response of tissues to biomaterials [1].
However, these surface characteristics of biomimetically grown apatitic structures observed in this study have to be co-evaluated with cellular response as cells have been reported to react differently in micro-morphology patterning.

But the maximum yield was only 12.74wt% under the investigated condition due to its oil-wet structure.
The structure, especially the combination of bitumen and clay, significantly affect yield of hot water extraction.
He: Journal of Fuel Chemistry and Technology.

The porous structure was favor to the cell adhesion and profiltion.
Consequently, this small part of CS and HLC solely exists in the mesh structure of the gels, however did not combine with the integral structure.
The CS and HLC were xymohydrolysized which dissociated from the gel after the mesh structure was damaged.
The part of reason is that enzyme liquid zymolysized CS and HLC dissociated from the mesh structure .In addition those materials caused a certain degree inflammation.
Radiation Physics and Chemistry Volume 76, Issues 8-9, August-September 2007, Pages 1425-1429 [7] X.J.

The phase structures of samples were investigated by using X-ray spectrum and steady-state fluorescence spectrometer.
We systematically investigated the effect of different sintering temperatures on the crystal structure and optical properties of Cs3Cu2I5 powder.
The crystal structures of the Cs3Cu2I5 powder phosphors were determined by powder X-ray diffractometer (Panalytical).
The samples can form an orthogonal structure of Cs3Cu2I5 phase at a sintering temperature of 100-400℃, and the space group is pnma.
Hosono, Lead-free highly efficient blue-emitting Cs3Cu2I5 with 0D electronic structure.

It was found that as-sprayed sensor tubes have a lamellar structure.
After sintering, the lamellar microstructure changed into granular-type structure.
These phases are dependent upon feedstock chemistry, thermal histories of the particles, solidification rates and temperature of the deposit.
It was found that as-sprayed sensor tubes have a lamellar structure.
After firing, the lamellar microstructure changed into granular-type (equiaxed grains) structure.

This was due to the PDMDAAC spatial structure, which was not complicate.
The modified bentonite structure had changed as the interplanar distance was different.
The raw bentonite structure was amorphous, the particle close together, the layer structure was not obvious.
The modified bentonite was a kind of space grid structure.
[7] Huazhang Zhao, Qinyan Yue: Environmental Chemistry.