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For the JCPDS file number 01-075-2230, and 00-040-1516 corresponds to calcite and chitosan phase, respectively.
While, the morphologies of the eggshells is seen that the ES-PD samples have the porous scattered all over samples and the pattern like stack of lamella foliated and disoriented foliated grains Fig. 3.

Moreover high quality products of UHPFRC enable a long service life even when they are exposed to heavy weather conditions Material Description Ultra-high-performance fiber-reinforced concrete containing fine-grained aggregate up to fraction 1 mm was used for our experiments.
Acknowledgement The authors gratefully acknowledge the financial support from CTU foundation number SGS17/069/OHK1/1T/11 and from MPO under the project No.

The most parameters on the APS method are current, voltage, spray distance and powder feed rate which are investigated in this study using Taguchi method as an efficient technique for reducing number of experiments for reducing the costs [9-10].
Salehi, "The effect of heat treatment and thermal spray processes on the grain growth of nanostructured composite CoNiCrAlY/YSZ powders." 

Introduction The occurrence of yttrium and lanthanide oxynitride glasses as grain boundary phases in silicon nitride based ceramics and the desire to understand their nature has resulted in a number of investigations on oxynitride glass formation and properties [1-7].

Besides, the aim was to obtain crystals with a cylindrical shape and flat top surface to minimize the number of low grain boundaries.

Results and discussions A number of facets were observed on as-grown crystal surfaces resulting from the first set of experiments, Fig. 1a.
Grains from the neighboring polycrystalline rim transmit their polytype information into the central monocrystalline area along the c-axis.

The grain size of both materials was 10 µm.
SiC powder Si + C powder 3.0 2.5 2.0 Photon energy [eV] Fig.2 PL spectra at 77 K of 6H-SiC (0001) wafer using SiC powder and using elemental Si and C as source materials Transmission [%] 3.0 2.5 2.0 Wavelength [nm] 10 0 20 30 40 50 60 SiC powder Si + C powder Photon energy [eV] Fig.3 Optical Transmission spectra of 6H-SiC (0001) wafer using SiC powder and using elemental Si and C as source materials at room temperature 400 500 600 700 800 400 500 600 700 800 Journal Title and Volume Number (to be inserted by the publisher) 3 Especially since the reduction of N-Al DAP was large, this suggests that the incorporation of aluminium was suppressed.

The dump material is mainly fine grained due to former coal washing processes, and has an enhanced water permeability.
In particular, the drainage ditch contained large numbers of iron- and sulfate-reducers.

And this system could directly be used for data storage module in grain yield measurement system if it modified.
So it is easy to change rotate speed only by changing the number of pulses of stepper motor output.
Therefore, fertilization shaft rotate speed calculation formula is: (4) Where, n is the fertilizer shaft rotate speed (rpm); m is the number of pulses (pulses/s); s is micro-stepping numbers; x is the reducer transmission ratio.
When the fertilizer needs of farmland districts are determined, the number of the outputted farm machinery moving speed adjustment pulse supplied by speed sensor accommodates the fertilization rate.
Experiment Process and Results Inputed field number 0 and needed fertilization rate (N: 30g, P: 20g; K: 15g) to control system input interface by the matrix keyboard (Fig.2).

The linear converging die is having some specific advantage over the flat faced die in respect of low friction, less redundant work and more uniform grain structure [10,11,12].
Therefore the total number of unknown velocity components in the global level becomes 3N+1.
All these unknown velocity components can be uniquely determined if an equal number of equations are generated.
Hence, it results in ten tetrahedrons, with the number of global schemes of discretisation being four.
Table 1 Summary of discretisation schemes (Single-point formulation) Type of sub-zones 3 pyramids ; 4 tetrahedrons Total number of SERR blocks 2+2+2+1+1+1+1=10 Number of discretisation schemes 2x2x2=8 Number of triangular faces 31 No. of velocity components 10x3=30 for 10 SERR and 1 at exit, Total=31 Fig. 1(a).