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Grain fillers are mainly inert.
It goes against the necessity to increase the distances to reduce current heterogeneity because of grain fillers.
Therefore, to increase the number of controlled sections, non-destructive testing methods were selected as part of the evaluation, and provided additional information on the condition of the roof structure.
Application of the method has helped to reduce the number of sections with construction integrity, and to secure a large amount of controlled zones.

Almost each of the presented technologies has a number of limitations associated with the application of additive technologies.
In addition, when processing deep cavities, a number of difficulties arise that require specialized equipment.
The roughness obtained because of the laser polishing process is influenced by the initial parameters of roughness, thermal properties and homogeneity of the material, as well as the average grain size and statistical distribution by the size of the grains in the material.

For ablation, Nd: YAG laser (wave length 1064 nm, number of laser shots 800 shot, pulse duration 6 ns, and focus 1 mm) was used.
The number of bacteria was estimated by OD method. 3.
The grain size of these layers had a graphical distribution, as depicted in Fig.3-c.
a) b) c) Fig. (3): AFM results for Cp-Ti coated with BG: a) and b) morphology of coating layer, (c) grain size graphical distribution Fig.4 shows that the surface roughness of the coating groups manifested the significantly increasing roughness values compared with that of the uncoated groups.

First, because of the growth of number of cities and population, expansion of the size of the industry, the improvement of residents living standard and so on, water consumption on city life and industrial development grew rapidly, increased the demand for agricultural water resources.
Shandong province is one of the major of grain, cotton, oil, vegetables, fruit and so on in the countryside.
Grain, cotton output listed second nationwide.
Quite a number of surface water resource are from rivers runoff.

For example, nanoscaled thin metallic films are of great importance in a number of scientific and technological fields, including microelectronics, optical devices, catalysis, and chemical and biological sensors [1].
Among all the Ni films, the average grain size is smaller on the quartz substrate than on the other two types of substrates, suggesting a smaller critical nucleation rate and therefore a smaller deposition rate.
For the Pt films, the average grain size is larger on the quartz substrate than on the other two types of substrates, suggesting a larger critical nucleation rate and therefore a higher deposition rate.
Numbers in the parenthesis represent deposition rates that are normalized to the lowest deposition rate in the same column.

With this method, only the twinning marks and grain boundaries are visible [24].
It is important to note that type of abrasive particles of the wheel, its size and the space between grains, the type of binder, and the strength of wheel are important factors in selection of abrasive wheel [25].
The coefficient of variation is a dimensionless number that is defined as the ratio of the standard deviation (S) to the mean (W ) [13, 26]: V S C W = , (3) () 2 1 1 n i i WW S n = − = − ∑ n=5 for these Tests, (4) () 1 n i i w W n == ∑ . (5) here iW is the ith observed weight loss value, n is the number of repeats of a test (observations) that equal to 5 in this research.

Journal Title and Volume Number (to be inserted by the publisher) 3 A system designed and constructed in the authors' laboratory was used for magnetic measurements of the ELC steel [12].
The optical microstructural observations carried out after these long low temperature annealings have revealed the initial deformed grains elongated on the rolling direction, without any indication of recrystallization.
a) b) b) a) Journal Title and Volume Number (to be inserted by the publisher) 5 The increase in the apparent activation energy with increasing amount of recovery is consistent with the assumption that the most severely deformed regions, where the stored energy is the highest, and therefore the activation energy is the lowest, recover first [10].
Byrne, Ch 3, Recovery in: Recovery, recrystallization and grain growth, (The Macmillan Co., New York, 1965), p. 37

c) the stage of forming - particles deform, boundaries between grains are developing and the number of pores reduces.
The pores are separated by grain boundary.
The matrix of partial derivatives of the state vector The Mpdx is formed of: - the state vector x(nx1), having a number of (n) lines, equal to the order (PDE); - the vector of partial derivatives of the state vector xT (Nx1), with respect to variable (t); - the matrix of partial derivatives of the state vector xS (nxM), with respect to variable (s); - the matrix of partial derivatives of the state vector xTS (NxM), with respect to variables (t) and (s); Following the matrix of partial derivatives of the state vector Mpdx is a square matrix, size Mpdx (7x7).

A large number of studies have shown that[10-12]the quantities, morphology and distribution of α-phase and β-phase have a great influence on alloy corrosion resistance property.
Alloy has good corrosion resistance property if the β-phase has large quantity and continuous uniform distribute in α-phase grain boundary; It can restrain corrosion extend from one α grain to the other one if the β-phase has reticular structure and the larger volume fraction.
The corrosion situation of AZ91DSm1.0-2 is similar to the AZ91DSm1.0-1, the differences are when AZ91DSm1. 0-2 just immerse in 5% NaCl, there are air bubbles as soon as, the quantities of bubbles are rapidly increase with the increasing of immersing time, and accompany by bursts sound, a large number of flocculent white corrosion products soon emerge in NaCl solution.

With the increase of undercooling, the cellular growth morphology is more obvious, the structure distribution is more uniform, and the grains are further refined.
Within this range of undercooling, Au phase will nucleate and grow preferentially as primary phase, so a large number of long rod-shaped dendrites appear in the solidified structure.
There are a large number of coarse dendrites in solidified structure when the undercooling is greater than 56 K.
Yang, Non-equilibrium transformation kinetics and primary grain size distribution in the rapid solidification of Fe–B hypereutectic alloy.