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Small grains start to form on the 10 min annealed thin film and become larger for the 20 minutes annealed film.
The number of the spot is observed to increase when the annealing time is increased.

The average thickness of BaTiO3 layers is 1.7 mm and the total number of layers is 120.
Jiang, Grain size effect on the electrocaloric effect of dense BaTiO3 nanoceramics, J.

Therefore, an increasing number of silicon- containing materials are being studied for applications in biomedical materials and devices.
Experimental procedure Commercially available silicon powders having a grain size of 10-50 µm and purity of 99.0% were used as the feedstock.

As a result of the research made on a large number of steels and alloys, the authors mentioned came to the conclusion that immediately after casting, liquid metals constituted essentially a non-homogeneous unbalanced system.
The melt casting at temperatures lower than 1550 оС ( the low-temperature melt state) contributes to the formation of the ribbon’s rough free-side surface; it looks like being sprinkled with crushed grains (Fig. 3, a).

This technique has a better advantage over normal potentiostatic electrodeposition in terms of its ability to produce samples with a better morphology, crack free, uniform and finely grain size as well as better porosity and well adherent [6].
As the crystalline size becomes smaller, the number of sample per unit area is higher and therefore under illumination, more electron hole pairs can be produced per unit area for the redox reaction at electrode electrolyte interface [12].

To meet this requirement, (P) should be used in particle size, allowing optimum choice depending on the size and volume of the treated defect. 0,3-0,6 0,6-1 1-2 2-3 3-6 mm Fig. 3 The grain size of the augmentation material PORESORB®-TCP in the range of 0.3-6 mm Osteogenic activity of the PORESORB®-TCP in vitro The results of the in vitro experiments confirmed the osseoinductive properties of TCP (P) providing that there are three cooperating components of the assay system.
Two independent reviewers assessed each radiograph, by means of the level of resorption of the filling material and trabeculation of the defect, by absolute numbers in cm3 and by the relative values in percentage terms (including demission of radiolucency around the filling material, growth of trabeculae and their joining with the filling material used).

Table 3 As-consolidated densities and Knoop hardness numbers of the experimental alloys (1) Material Density [g/cm3] KH1 polished surface abraded surface Fe-Ni 7.91-7.96 271 ± 33 370 ± 34 Fe-Mn 7.71-7.72 287 ± 18 378 ± 44 (1) scatter intervals estimated at 90% confidence level Table 4 Chemical analysis, resistance to abrasion and phase compositions of the experimental alloys Material Content of Abrasive Index Ai (1) [mm/20m] Percentage of austenite [V(gFe)] (2) oxygen [wt.%] carbon [wt.%] As-polished condition As-ground condition Fe-Ni 0.48 0.60 22.0 ± 3.1 82.6 11.7 Fe-Mn 0.66 0.64 22.1 ± 3.9 64.2 59.4 Co-20%WC - - 33.6 ± 8.2 - - (1) scatter intervals estimated at 90% confidence level (2) estimated assuming that V(aFe) + V(gFe) = 100% (no account taken of other phases) Fig 3.
As seen in Figs 3 and 4 both alloys display non-uniform, fine-grained microstructure.

In the experiment, the paraffin and the corn grain with the diameter 3 mm are respectively used to simulate DRI, coke and lump coal.
The discharge rate is determined based on the practical melting rate; the blast volume is decided by the Froude number [9,10]; the blast temperature is obtained based on the mass balance and the heat balance.

Adjustable and the ratio is each kind of aesthetic to the show to two different contradiction movement state grain structure at.
For example, the word of modification, the left and the right should be out of the empty white certain in a page, the word line number is generally not exceed 10 lines, each line in the 25 character in the title character, generally in 40 or 44, it shall not be less than the 20 or more than 32.

The injection molding process is a cyclical process, each cycle comprises several operations: feeding, melting and homogenization of polymer grains inside the plasticizing cylinder mold closing, injection under pressure of melt in mold's cavities and cooling or heating of polymer inside the mold, mold opening and ejection of molded piece.
With large number of layers time of computing increase rapidly on the other hand the results are more accurate.