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The majority of DM belongs to the fine-grain soil, and their suitable particle size analysis methods are SHM and LDM.
Acknowledgement This investigation was funded by the Hi-Tech Research and Development Program of China (863 program) through Grant No.2007AA11Z135, and was supported by YunNan Province Academic Discipline Project, Project Number: KKSY201006009..

There is ample evidence that the behaviour of SRG [6-8] depends on several parameters such as, geometry, mechanical properties, density of the reinforcement, in addition to the characteristics of mortars in terms of grain size and mix design [9-11].
Then, it is worth to underline that stress transfer is influenced not only by all these parameters but also by the number of layers and the presence of overlaps [12, 13].

Then the volume-average strain tensor is decomposed into ∑=+=+= cN i ij ij i ijijij 1 )( 0 0 β β εεεεε �1� ( ) klklij jkiljlik ij E σδδµδδδδ µ ε       −+ + = 0 0 0 0 2 11 �2� In which 0E and 0µ are the Young's moduli and the Poisson's ratio of the virgin rock, respectively, 0ijε and iijε are the elastic strain and the microcracks induced strain, respectively, )(β ε i ij are the strain induced by the β-th microcrack, ijσ is the stress tensor which are applied to the virgin rock for the Taylor's model, and Nc is the number of microcracks in the r.v.e..
The domain of microcrack growth (DMG) can be calculated as ),(),(),( 2 1 wij wij wij σσ σσ σσ Ω∪ Ω= Ω �8�� Assume that all microcracks have the same initial radius 0a .And the domain of microcrack growth (DMG) is the domain of all possible orientations of microcracks with the characteristic radius ua .As the externally applied stress increases, more and more microcracks become unstable, increasing their size from 0a to ua and being arrested by the energy barrier(such as grain boundary).

Note: super gravity factor (beta), flow (Q), reflux ratio (R), the gas kinetic energy factor (F), segregation index (Xs), residence time (TS), the micro mixing time (TM), the film thickness (T), Reynolds number (Re) 3.2 Application Research of High Gravity Technology High gravity technology has been applied to materials, chemical and metallurgical and other multiple engineering disciplines.
Fine-grained TiC- (Ti, W) C Matrix Ceramics Prepared by Combustion Synthesis under High Gravity [J].

As shown in this Figure, the sand used in this study is more coarse-grained than the ASTM C33 standard limits.
Mean of the two obtained numbers at each age was considered as the classification index in the accelerated penetration of chlorine ion.

As an aggregate, the fraction of 0 to 4 mm of the concrete washed sand is most often used at the required grain curve with a low proportion of humus, clay and washable particles.
Acknowledgements This work was financially supported by project number FAST-S-17-4669 “Study of the hydration process of sulphate binder based on anhydrite” and project No.

The formation energy of Zinc vacancy (VZn) can be decreased with increasing Mg content in the films [19], implying that there may be numbers of VZn in the films.
XRD and FE-SEM measurements show that all of the films are single wurtzite structure with (002) preferential orientation and the nanostructures with different density of slender-shaped grains were formed under different N2 flux.

It can be found in animals or plants, such as seafood, meat, nuts, seeds, and whole grain products.
US Environmental Protection Agency (EPA) and World Health Organization (WHO) have set that the tolerable level of copper(II) in the environment was around 1.3 mg/L, whereas the maximum level of copper(II) ions in an aquatic environment has been stated by Indonesian government in Regulation of Government of The Republic of Indonesia Number 22 of 2022 approximately 0.02 mg/L [3, 4].

Five representative images were taken for each material and the number of cells nuclei was counted.
Summary The combination of the oriented grains together with an OH- guidance mechanism (hydrothermal treatment and polarization) is important to optimize the charge on the hydroxyapatite coating surface.

Here, the higher synthesis temperature is expected to increase the reaction rate so that the crystallite grain formation process is faster, thus a larger crystallites sizes are obtained for higher synthesis temperatures.
Acknowledgements This study was financially supported by Penelitian Unggulan Terapan Universitas Sebelas Maret Surakarta contract number: 260/UN27.22/HK.07.00/2021.