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Judging from the above, it is considered that the samples were constituted by stoichiometric grains.
The number is correspondent to Fig.1.
The chemical composition formula for the new concept the composition of grains maintains the stoichiometry and liquid phase has been formed by the composition of remainder.

XRD pattern accords well with the diffraction pattern of Mn2O3 (PDF number: 78-0390).
Peaks of XRD pattern exhibits an obvious spreading, which may because of the small grain size of nanowire.
As a result of the low sintering temperature (450°C) and short sintering time (2 hours), the grains did not grow thoroughly.

the sediment characteristics near the boundless pool The sea area near the Pisces island are mainly silt sand, according to the results of sampling at the end of November 2005, Dapan shoal sea bottom sediment grain size from the shore side offshore distribution is the distribution characteristics of coarse fine coarse grain size distribution; from the view of particle distribution , below 0.03 mm accounted for more than 90%, between 0.03mm to 0.12mm accounted for  about 8%, the average median diameter is about 0.0093mm, the main movement is suspended sediment movement.
Fig.4 Sampling points of submerged dike W.D.Eysink Equations: μ=1-exp⁡[-ωH(1-u2uc2)T] (1) Q=pSVTrγ0 (2) V=∆H∙v∙t∙b (3) P=QA (4) μ is siltation rate of each tide which into the pool; H is depth of the pool; u is the average velocity of the pool; uc is incipient velocity (m/s) ; T is tidal cycle (s);Q is amount of siltation; Tr is tidal numbers in one year(706); V is the amount of water per hour; v is flow velocity which into the sampling points perpendicularly; b is the width of each sampling point; The tidal cycle of lowland pool is 4.5 hours and the upland pool is 3hours.

Since the number of inclination of x-ray beam was 5 on positive and negative direction, it has 5 points of results each.
Since the aluminum is difficult to measure the residual stress by x-ray due to its large grain size, low residual stress could lead to large error occurred. ①①①① ②②②② ③③③③ (a)(a)(a)(a) (b(b(b(b)))) (c(c(c(c)))) yyyy xxxx zzzz (a)(a)(a)(a) (b(b(b(b)))) Fig. 5 Residual stress results (a) compressive stress of 124MPa in upper flange, (b) tensile stress of 23.8MPa in outer surface of bent flange, (c) compressive stress of 35.5MPa in lower side of flange Further research need to be done since during measurement, x-ray exposure time depends on the materials and the collimator size.
This is most helpful for improving accuracy in large grained materials.

The dynamic stress value increases with the tamping hit number, but it keeps stable after about the third hits.
Iron ore is abundant here and a large number has been accumulated.
Fig.9 Relationship between tamping strike numbers and ramming strike sink quantity Fig.8 Relationship between tamping strike numbers and dynamic stress As shown in Fig.8，along with the increase of the tamping hit number, the dynamic stress at the hammer bottom increases obviously, but it keeps stable after the third hits.
This illustrates that the soil is more close-grained, and the effects of dynamic compaction to the roadbed is remarkable.
For the same tamping point, the dynamic stress value increases with the tamping hit number, but it keeps stable after about the third hits.

The curve of density corresponding to the cycle numbers corresponding to the cycle numbers The test datum indicated that the moisture content of the soil increased with the cycle number and the growth rate faster within the initial several cycles, and then leveled off step by step.
Simonsen had pointed out that the modulus would vary with the soil classification and the more percentage of fine-grained soil the sharper variation [5].
The p-l curves of soil with cycle numbers Fig.4.
Comprehensively, the reduction of shear strength could be obtained with the numbers of freezing and thawing cycle.
After the limited numbers of cycles, the moisture content of the soil increased and the density decreased with the cycle times.

The fracture strength at room temperature of ceramic materials is higher with the decreasing of grain size.
Efforts to obtain a fine grain structure, to improve the room temperature strength are beneficial.
Fracture source of ceramic material is mainly stomata, in addition to the number of stomata, position, size and shape of the stomata distribution has an impact.

Introduction Cement dispersion is a mixture of solid particles in a liquid in which solid particles are cement grains with optional small addition of other mineral materials, such as lime, microsilica or fly ash, and the dispersing phase is the mixing water.
Models of the cement dispersion flow The cement dispersion flow phenomenon poses a number of problems associated with the modeling and analysis of a specific model describing this process.
Omitting in this paper the frictional resistance generated at the conctact areas of the cement grains which is proposed by [4] and developed in [5], shear stress in these models are expressed in the following manner: for the Bingham model and for the Szulman model.

Then 2kg of wheat grains “Steklovidnaya-24” cultivar was added to the solution and it was left for 2 days.
Grains of wheat were dried up and homogenized in 4 litres of 80% ethanol.
Name of substance Concentration mg / ml The number of surviving larvae LD50, mg / ml 95% confidence interval activity First parallel Second parallel Third parallel 1 2 3 4 5 6 7 8 0 total extract 1 10 10 10 140,39 60,04-932,24 has 10 10 7 9 100 7 6 4 1 fraction after preparative separation 1 10 10 10 39,22 20,63-96,74 has 10 6 6 8 100 4 3 4 2 fraction after preparative separation 1 10 10 10 95,55 40,17-559,30 has 10 8 7 7 100 7 5 7 3 fraction after preparative separation 1 10 10 10 135,57 56,08-984,11 has 10 7 8 10 100 5 6 6 4 fraction after preparative separation 1 10 10 10 76,11 37,34-263,85 has 10 7 10 7 100 6 3 5 Conclusion It was determined that our new biostimulator with chemical composition relates to fusicoccin.

The thickness was directly proportional to number of jets (in this study, the jet number was set to be three), and the multi-jets system with deposition thickness around 250nm, which was 2.5 times higher than that of single jet.
Table 1 The comparison of Single jet and multi-jet deposition system Numbers of plasma jets 1 jet 3jets Film thickness ~60nm ~150nm Maximum thickness <150nm >250nm Scan speed 200mm/s 200mm/s Tact time ~5min (@100mm×100mm area) ~2min (@100mm×100mm area) University ~10% ~5% Fig. 3 shows SEM images of SiOx buffer layers deposited using argon carrier gas which flow rate of 30 sccm, 60 sccm and 90 sccm.
As shown on Figure 4, the grain size of GZO (Fig. 4 (a)) was smaller than that of bilayer GZO/SiOx (in this case, the carrier gas flow rate was set in 30 sccm, the thickness of the SiO2 film was around 30nm, as shown on Fig. 4 (b)) thin films.
The result may be indicate that SiOx buffer layer can improve crystallization of the GZO thin film and reduce the grain boundaries.
(Under the grant number of C301AA4222).