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The step structure indicates the nonsensitized microstructure, while the ditch structure indicates the sensitized.
The ditch structure showed an indication of intergranular corrosion.
The microhardness properties of WM and HAZ are influenced by microstructure and chemistry.
The microstructure around the fusion line showed dual structure, step, and ditch.
The ditch structure indicated intergranular corrosion.

With different diameter, aggregate state and different surface structure, the dispersity of pigment is also unlike.
With surface modification, every pigment has certain chemical structure.
This is because C500 has porosity surface structure, and resin can bled into pigment easily and then wet the pigment sufficiently.
At the same time, the dispersity of pigment is different because of the different surface structure.
[3] Huang Beiqing: Packaging Engineering Vol.28 (2007), p.66 [4] TuWeiping: Water-based paint (Chemical Industry Press, Beijing 2005) [5] Shen Zhong: Colloid and Surface Chemistry (Chemical Industry Press, Beijing 2004)

Introduction Fibrous structures have gained significant research interest over the years.
All samples show a randomly aligned intercrossing fiber network which is characteristic of fiber membrane structures.
This demonstrated the successful incorporation of TiO2 into the PVP and PVDF fiber structure.
Randomly aligned submicron fiber network structure was obtained for all samples.
Sharma, "Photocatalytic Degradation of Naphthalene by ELectrospun Mesoporous Carbon-Doped Anatase TiO2 Nanofiber Mats," Industrial & Engineering Chemistry Research, vol. 53, pp. 18900-18909, 2014.

The thickness of the layer of plate-like grain was approximately 60 µm, and the structure is dense in the vicinity of the surface.
Inside the pellet, the structure was porous (Figure 3(c)).
On the other hand, dense structure in the vicinity of the pellet surface was formed by the "skin effect", and the density of the pellet decreased [2].
Then, the electrical conductivity of the microwave product was improved by the formation of the plate-like grain layer and dense structure.
The plate-like grain film was deposited on the silica substrate, the thickness of which was approximately 5 µm, and formed a dense structure.

Tegus2, and Philippe Daniel3,c 1Department of Physics, National University of Mongolia, Ikh surguuliin gudamj 1, Sukhbaatar district, 14201 Ulaanbaatar, Mongolia 2Inner Mongolia Key Laboratory for Physics and Chemistry of Functional Materials, Inner Mongolia Normal University, Hohhot 010022, China 3Institute of Molecules and Materials – IMMM UMR CNRS 6283 - Université du Maine – Av.
Results and Discussion The SEM images of samples carbonized at 3000 C (the first two columns of pictures in Fig. 1) were poor with micro and nano size features, while other columns of pictures in Fig. 1 show increasing numbers of rectangular and rod-shaped microcrystalline structures, with increase of carbonizing temperature.
The composition of elements of the rectangular and bush-like rod structures was examined with micro EDX in a volume of 1 µm3 at a near surface layer of a sample.
The positions “Spectre 2 and 3” correspond to a root and middle part of the bush-like microcrystalline structure.
The last two columns of Table 1 show that the bush-like microcrystalline structure is a carbon species with trace amounts of inorganics.

This peak indicates the cubic spinel structure.
FTIR spectra confirm the formation of nanoparticle structures that have been encapsulated with SiO2 successfully.
Bahnemann, Chemistry visible-light photocatalytic activity of zinc ferrites, Journal Photochem.
Iwata, Crystal Structures and magnetic properties of silica and magnetic nanoparticles, pp. 149–150, 2017
Macedo, Nanosized powders of NiZn ferrite : synthesis structure and magnetism, vol. 87, April 2000

The bonding characteristics of the alloyed Fe3Al are linked to the structure of compounds and to the distribution of alloying atoms on the sub-lattices in these phases.
The D03 structure is schematically depicted in Fig.1.
Calculation scheme Band structures of D03 phase-based compounds of Fe3Al with different concentrations of V and Ni are carried out in our work within the CPA LMTO procedure [19].
D03 structure of Fe3Al In Figs. 3 - 5 we present the plots of the total and partial densities of states (DOS) for Fe3Albased alloys with 5 at. % Ni and 5 at. % V.
Quantum Chemistry, Vol. 90 (2002), p. 1478

Composited structure has significant influence on the whole composites properties varying with microstructures which is also be known as interphase- one of composite phases [1].
Secondly, two-layer PP sheets (Yongjia Chemistry Industry Co., Ltd) with thickness of 0.75 mm were laid on lower template, following by one-layer PP sheet with thickness of 0.40 mm.
PP laminates structure we prepared was shown in Fig.1.
PP laminate structure.
PET/PP laminate structure.

Introduction Fig. 1 Crystal structure of NaAlSiO4.
The most effective method to improve luminescent properties of Eu2+-doped phosphor is to reduce Eu ion doped into host structures completely.
To obtain evidence of reducing effect of SiO powder, the X-ray absorption near edge structure (XANES) spectra were measured.
The simulation pattern of NaAlSiO4 was calculated from structural data of the Inorganic Crystal Structure Database (ICSD) # 155001.
The luminescent characteristics of Eu2+-doped phosphors depend on the amount of Eu2+ in the host crystal structure [13].

The current challenge is its complex structure, large-scale, and high price [3].
It has a simple and compact structure.
As a loading component, the slider needs a structure like a platform.
The follower carries the loading item, which needs to connect to a platform-like structure.
Dickert, Rapid bioanalysis with chemical sensors: Novel strategies for devices and artificial recognition membranes, Analytical and Bioanalytical Chemistry, 391(2008) 1629-1639