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In a number of cases, this allows to stop the engineering design and special purpose new materials application [1].
The intermediate grains size decreases from 19.6 mm at the initial condition to 4.5 mm after the electron beam irradiation at electrons beam energy density 20 J/sm2.
The steel surface fuses in the microcraters formation region, along the boundaries and in the grain boundary junction at electrons beam energy density 10 J/sm2 (50 ms, 3 impulses).

The number beside the letter corresponds to the different microwave exposure times.
In terms of structure, L20 has spherical shape zinc oxide, L25 has more grain like particles than flowerlike particles, H10 has more flowerlike particles than grain like particles while in H20, flowerlike zinc oxide particles were distinct.

Length of maize plants, number of leaves, and chlorophyll content was determined using atLeaf+.
Effects on soil and grain quality, Spanish J. of Agricultural Research. 1 (3) (2003) 111-119
Smiatacz, Response of maize (Zea mays L.) rown for grain after the application of Sewage Sludge, J.

This is primarily due to the ultrafine-grained structure of the metal, which occurs during controlled rolling with accelerated cooling.
A number of publications [19-22] present the development of eddy current sensors with increased sensitivity.
Nogi, Friction stir welding of ultrafine grained plain low-carbon steel formed by the martensite process, Mater.

Research on micro-arc oxidation coupled with electrophoretic deposition processing of HA/ TiO2 coating indicated that the number of HA particles integrated into the coating layer increased as the HA concentration increased [16] When plasma electrolytic oxidation was applied to ceria nanocomposite coating and ZrO2 nanoparticle on titanium substrate, it was reported that by increasing the concentration of nanoparticle the average size of surface roughness values was increased.
Chemical reactions are initiated next, and then nucleation and growth of the grains occur, resulting in the formation of dense particles.
Xu et al., Effect of oxidation time on cytocompatibility of ultrafine-grained pure Ti in micro-arc oxidation treatment, Surface and Coatings Technology. 342 (2018) 12–22

The interest in nanomaterials is nowadays great as the transition from coarse-grained to nanoscaled state leads to substantial changes in properties of the material.
The resulting material was a single-phase manganite powder with the crystal lattice of the orthorhombic modification and grains of 15-30 µm in size.
Note that the proportion of the specific surface area of powder particles measured by BET is close to this number (SN/SM = 5.9040 m2g -1 : 1.5722 m2g -1 = 3.75).

Fe-Ni based alloy powder was chosen as plasma cladding material, the grain size of which is 106-180 μm.
The oxide film hasn’t fall off during the isothermal oxidation which show that the heat stress is very little and grains of oxide bond well during the oxide growing.
For example, 1mol metal capacity is VM, the oxide capacity of 1mol metal generated is Vox, and the PBR is: (6) Among: M — oxide molecular weight; do — metal density; n — number of atom in oxide molecular; dox — oxide density; A — metal atomic weight.

The frist were white or lacte of grain calcites(cal-Ⅰ), with fine or short veins, developed bedding of the carbonatite, controlled by cleavage(Fig. 3A), Fromed in before the metallogenic period, irrelevated for mineralization.
The scond were white or grayish white of grain calcites(cal-Ⅱ), developed in orebody with cloddy and irregular, the calcites were dissolved and metasomated by lead and zinc (Fig. 3B), the calcites were observed that they cut each other under the microscope, and developed in the different stages of the same period, and formed later than lead and zinc (Fig. 3C).
A number of stable isotope datas form host rocks (δ13CPDB=-5.4 to 2.6‰, average was -1.8‰; δ13OSMOW=12.6‰ to 19. 4‰, average was 17‰; 87Sr/86Sr=0.711 to 0.731, average was 0.716) indicated the mineralization was closed to the basin brine relation [8]. δ13C and 87Sr/86Sr values of the first calcite were distributed close to host rocks and displayed similar charscters, they were higher than that of calcite in metallogenic period.

Therfore, such transitions are dominant in this case, and large number of Cd-based acceptor may exist in the films due to the high vapor pressure of Cd.
On the other hand, it can be think that the defect levels which originate in grain boundaries may largely exist in the films prepared on the quartz glass substrate.
Of course, the crystallinity of the films is inferior largely in comparison with when it is prepared on the sapphire substrate, and it can also be thought that many grain boundaries exist in the films.

Estimation of permeability coefficient This used multiple linear regression of method, using victory coalfield West second, open coal mine, and East second, open coal mine, and Association Xin open coal mine and East third, open coal mine in the 19 a hydrological hole of drilling information, estimates out applies Yu this area of penetration coefficient and pore of and the grain of in the value Zhijian of relationship type, and this relationship type implementation using measuring well parameter for penetration coefficient estimates of problem.
Capital three:Using multiple linear regression method for estimation of aquifer hydraulic conductivity Based on grain size, porosity and permeability coefficient of relationship between bivariate regression equation of power function type.
Numerical modeling of groundwater flow module of groundwater in head draining through the optimizer (MGO) implementation, optimization of pumping wells through the optimization of parameters such as total number of wells, pumping, to evaluate the design of underground water pumping systems in remained stable, maximum cost effectiveness.