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To enhance the formability of the GA steel sheet, the previous works [1-5] focused on controlling several factors such as grain size, crystallographic orientation, temperature, coating thickness and phase composition of the intermetallic layer.
Those for the coating layer is 220E3[MPa], Length [mm] Thickness [µm] Number of elements Substrate 17 686 32445 Coating layer 17 4.667 3708 Cohesive element 17 2.333 1854 Table 2 Dimensions of substrate, layer and cohesive element � Coating layer Steel matrix Steel matrix Lower die Specimen Upper die 341[MPa] and 0.27, respectively.

Besides such approach provides the simple possibility of specification and expansion of number of the factors influencing the carbonization process at a sacrifice of correction or addition of corresponding dependences in: k k nB ii nB nV ii nV F F F F f )1(....)1( )1(.....)1( )( 1 1 11 11 α α α α ω +⋅⋅+ +⋅⋅+ = , (1) where )(ωf - the function of the technological and statistical parameters of burden as a result of which calculation change of parameter CRI is defined; iα, kn - the coefficients providing corresponding influence of the factor; iF - the actually factor (the characteristic of burden, parameter of coking conditions of, etc.).
(8) (at the СО2 → 0.0; νK → 1.0; at the СО2 → 1.0, νK → 1.28); ς - the labyrinthine factor (0.02-0.03); ϕ - porosity of coke (0.4-0.5); 0D - the diffusion coefficient of СО2 at normal conditions (0.137 cm2/s); n - the index in dependence of diffusion factor on temperature (1.5-2.0); S - the Thiele criterion, it is directly proportional to radius of a piece (of coke, ore, grain of the catalyst, etc.) and usually it is equate > 5-10 for materials of industrial size ( 0r > 0.5 cm).

., Ti4+, Nb5+, or W 6+), and m is the number of BO6 octahedral in pseudo perovskite blocks (m = 1, 2, 3, 4, etc.) [1-3].
The SrBi4Ti4O15 film prepared on (100)SrRuO3//(100)LaNiO3/(111)Pt/TiO2/(100)Si exhibited higher current density than that on (100)LaNiO3/(111)Pt/TiO2/(100)Si, which had unhomogeneous microstructure with rough grains rather than others.

., pseudo-grain-boundary [9].
Moreover, the number of oxygen defects likely represents the degree of non-equilibrium behavior in the films.

Introduction Nanoindentation is extensively used to explore the material properties in the sub-micrometer region, e.g. grain boundaries in metal or thin films on a substrate of opt-electronic devices [1, 2].
The molecular mass of a folded chain is 6724 while the total number of methylene group in the crystal is 268960.

It first extracts a certain number of points set from target data randomly, then calculates them by certain mathematical model to find out those that meet the requirements, and finally gets the maximum points set which meet the requirements through operating such methods iteratively.[3,4] Image Fusion Algorithm.
In this paper, the size of diamond grain in grinding wheel is from 140 Mesh to 170 Mesh.

Then the ignition grain is fired at assigned time and place.
One comprehensive defense system consists of number of airbag interception ammunitions.

Another important effect of the deposition pressure can be observed in the microstructural characteristics of the films: the ones made at 1 mbar are not fully compact being easily removed from the substrates, while those deposited at 2×10-4 mbar exhibited a large number of fractures due to the high level of residual mechanical stress.
In this particular case, the different stress levels and the nucleation and growth of the perovskite crystal lattice having particular orientations were most probably related to changes in the extent of Ti diffusion through the Pt grain boundaries during the deposition of the metallic films at different temperatures, as previously reported for PZT films made by RF magnetron sputtering [8].

When the gap voltage is applied to the tool electrode, r : Displacement ε : Degree of eccentricity ω0 : Natural frequency ω : Number of revolutions l : Shaft length m : Mass of the shaft ms : Mass of the electrode d : Shaft diameter E : Young's modulus z : Damping ratio ms l r d m Fig. 2 Cantilever model.
In finishing process, aluminum oxide film 2 μm in mean grain size was attached to copper pipe of 6 mm in diameter and the pipe was chucked on the turning machine.

The molecular chain of cellulose II has bad arrangement regularity, and the growth of crystal grain is not sufficient, thus the crystallinity index and degree of crystallinity of cellulose II have different decrease compared with cellulose I [8].
SEM pictures of the fiberss before and after degradation It can be seen from Figure 2, parts of the surface of cotton, ramie, viscose fibers are porous and grooved after degradation for 20 days; while the number and size of holes on the surface of the three fibers increase substantially after degradation for 40 days,meanwhile, the groove increases and the fragmentation phenomenon appeared.