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Strain KP1-50T seemed to be a novel species of the genus Herbaspicrillum, its accession number was AB366195 and the name of Herbaspirillum chemorialis sp. nov. was proposed.
Characterization of Sphingomonas spp. found as predominant members in the culturable bacterial community of a green pigment-containing sclerotium grain from Mt.

The higher content of chrome element binds larger number of nitrogen atoms.
They suggested that the porosity layer formed above the nitride layer of ε phase is a result of N2 gas formation at the grain boundary that is not observed in this research.
This shows that the nitrogen gas in the present study is not trapped in the grain boundary.

The maximum number of ε-Fe phase in the Fe-Ni alloy is 30% and the alloy Fe-Ni-Cr is 20%.
All deposits received by a high-frequency alternating current of higher quality: the mirror-shiny, fine-grained, with good adhesion, high deposition rate: coating thickness (2-1000 microns) can be obtained for 2-5 minutes versus 20-30 minutes at steady-state conditions (Table.).
Producing characteristics of the alloys according to the structure № Coating, time of deposition, frequency Chem. compos., [mol.%] phаse Grain size, [micron]/ Nanostruc-tures d, [nm] The corrosion rate, [g/m2*h] Depth indicator, [micron for 720 hours] The uniformity of corrosion after 720 hours,[%] Hμ, [MPa] Fe Ni Cr 1 Fe-Ni, T=323K, t=30min 68.1 31.9 92% α-Fe 8% NiO 46/- 2.2 5.91 91.5 527 2 Fe-Ni-Cr, T=363K, t=30min 73.2 10.3 16.5 72% α-Fe 5% β-Ni 23% α-Cr 38/- 2.0 1.42 88 961 3 Fe-Ni, T=293K, t=3min, f=5kGz 88.5 11.5 70% α-Fe 30% ε-Fe 3,4/10 0.2 0.07 99 1600 4 Fe-Ni-Cr, T=293K, t=3min, f=8,3kGz 83.2 8.3 8.5 70% α-Fe, 20% ε-Fe 10% β-Ni 2.2/12 0.1 0.09 98 1710 5 Mild steel St 3 - - 53 - 220 6 High alloyed steel 20H23N18 - - 0.45 - 800 The next stage of the study was devoted to the formation of a given structure.

This paper describes an overview of a new meshless solution procedure for calculation of one-domain coupled macroscopic heat, mass, momentum and species transfer problems as well as phase-field concepts of grain evolution.
This fact is probably due to the highly convective situations with sharp thermal and solutal gradients, characterized by the low Prandtl (0.01), high Schmidt numbers (100), and high thermal (10e7), and solutal (10e11) Rayleigh numbers.
For the coefficients to be computable, the number of the shape functions has to match the number of the collocation points, and the collocation matrix has to be non-singular ( ) ( ) 1 ; l K l k l n l k l n l l k K
 ψ α = = Φ = ∑ p p .
The adaptivity with respect to the type of the collocation functions (P-adaptivity) is achieved by enhancing the number of the nodes in a sub-domain (Fig.3 center) or by adding additional functions to the collocation set (augmentation) at the constant number of nodes.
The method can cope with very large problems, since the computational effort grows approximately linear with the number of the nodes.

In particular the effect of the leaching process on the surface of the sodalite grains at 90 C from 30 to 150 days has been evidenced.
Pictures taken at the beginning and after different days of leaching show that, especially at 90 C, a major number of holes, presumably due to dissolution phenomena, is present in the borosilicate sample.

Various cooling rates and numbers of deformation steps were tested with regard to final microstructure and properties.
Table 2 Parameters of thermo-mechanical treatment CMnSi CMnSiCr CMnSiNb TA/tA [°C/s] 900/100 Number of deformation steps [-] 20 40 20 20 Cooling rate during def.
Slower cooling rate of 10°C/s was not suitable for the processing of this steel, as it created larger fractions of very fine pearlite in the final microstructure and many very fine carbides at grain boundaries (Fig. 6).

The article lays out the findings aimed to develop the fine silver powder production technique for electronics industry by selecting the variable parameters whereby a number of powder grades can be produced in the existing production environment (JSC “Uralelektromed”, Russia).
Further increase in pH level results in a slight growth of grain size.
The tests resulted in a number of silver powder lots with 600-1500 g in weight.

A number of studies have been carried out on the coil cooling behavior.
Finally, according to the way of meshing, the number of nodes is 4681 (31 × 151) and the number of elements is 4500 (30 × 150).
The node numbers 31, 1209 and 2356 are from outside to inside along the inner diameter side.
The node numbers 16, 1225 and 2341 are from outside to inside.
Zhang, Modeling temperature and ferrite grain growth after coiling process, Iron & Steel, 4(2004) 27-30

Either large memory size or a large number of memory accesses leads to high power consumption.
Within each pipeline, a fine-grained node-to-stage mapping is employed to balance the trie node distribution across stages.
Power aware FMML architecture Power model of FMML Eq. 1 is power model of FMML, denotes the number of pipeline. denotes the number of pipeline stages. and denote the power consumption of the memory and of the logic in the ith stage, respectively. denote the number of PPC, DIT and NAT, , , denote the power of them
The number of memory accesses is determined by the and .
denotes the number of nodes at the ith level of.

The coal based data: export name, date , batch, tonnage, ash, ash content, sulfur content, sulfur content of the qualified rate, water content, total water of qualified rate inputted from the client computer, calculate the cumulative tonnage, total ash, total qualified batch number, total sulfur, total qualified number of sulfur content, accumulated water, the accumulated water, qualified batch number and the total number of qualified rate are calculated for all authorized users, online browsing, online management.
The coal code, export name, date, batch, tonnage, ash, ash component, moisture, water, when the number of the gangue quantity, wholesale heat inputted by the client computer, and realize the online management of the data: insert, delete, query, save, print, calculate the cumulative tonnage, total ash the cumulative number of qualified, accumulated water, total qualified batch number and the total number of qualified rate.
In this part, there are four: five analysis of screening of total sample, screening test, float and sink test, the grain size is less than 0.5 mm coal management, and automatic generation of wash-ability curve.