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The most probable number (MPN) for E. coli was calculated after 24 h of incubation at 35 °C ± 5 °C through the MPN table provided.
This condition usually occurs in young-deposited, fine-grained deltaic and alluvial sediments.
Fe intoxication may also occur among a number of people with genetic and metabolic diseases, such as hemachromatosis [19].

Chemical composition and Properties of WC-15%Co Composite Wt of Wt of Grain Density Young’s Transverse Hardness Coeff.of WC Co Size g/ c.c Modulus Rupture thermal % % microfine GPa MPa HRA ExpansionK-¹ 85 15 < 1 14 520 3102.64 87.5 5.9 *10-6 3.2.
Additionally, large number of experiments has to be carried out when number of machining parameters increases.

After the experiment was finished, the number of solids (char) left behind was taken and weighed.
The nitrogenate compound (Fig. 3(b)) is produced from cracking protein, the increase in the number of nitrogenate compounds (7.32-20.93 wt.wt%) is caused by the deamination reaction, and Maillard's reaction with carbohydrates produces Amadori compounds [2].
Budiman, Effect of grain size, temperature, and amount of catalyst on characteristics of pyrolysis products from Spirulina platensis residue (SPR), International Journal of Technology 10(3) (2019), 541-550

The areas indicated by the red arrows and within the ellipse are the presence of Fe-rich phases, which are mainly generated during the crystallization of the alloy melting [18,19] (most segregation at grain boundaries).
As can be seen in the white dashed box, secondary cracking was generated at this location due to the presence of a large number of Fe-rich phases, which in turn led to intergranular fracture.
Fig. 2 (d) shows the fracture morphology of alloy E3, which indicated that the fracture of this alloy has a certain number of dimples and micropores formed by the debonding of the Fe-rich phases.

By comparing Fig. 4(a) and (b), the number of pit on the surface of A and B steels appears obviously with increasing temperature.
At 90˚C, there have large numbers of piting corrosion grains on the surface, especially in B steel surface is relatively more corrosive pit.

The inner diameter of the coil is 3 mm, the winding number of coil is 4 turns, and the surface of the coil is coated with a zirconia adhesive.
And the relationship between the counter electromotive force vprobe measured by the magnetic probe and the magnetic flux density B, and the internal current ∆Is would be expressed as: ( ) dt Id r S
 BS
 dt d v s probe ∆ −= −= π µ 2 0 , (2) where 
 is the number of windings of the coil and S is the area of the coil [9].
ZnO micro-powder was used for clarifying grain size dependence for preferential orientation.

It is easy to know that the r0.01=0.917 by referring to the table because the sample number is 6 kinds of heat treated aluminum alloy sheets in this paper [9].
It is the general consideration that the plastic strain ratio r is mainly influenced by the grain orientation [12, 13].
The correlation coefficients rc with a significance level a=0.01, i.e., r0.01 is known to be 0.917 by referring to the table, because the sample number is 6 kinds of heat treated aluminum alloy sheets.

Strength is also improved due to a variety of mechanisms, including grain refinement, creation of additional obstacles to dislocation movement, etc.
The inverse problem of eigenstrain analysis concerns using the knowledge of residual elastic strains (or stresses) at a number of measurement points to retrieve the underlying source eigenstrain field.
Frameworks for inverse eigenstrain analysis proposed in [14-15] make use of a robust and efficient least squares approach to find the unknown eigenstrain distributions from residual elastic strains measured at a finite number of experimental points [16-17].

In the range of 250-350°C, the number of active slip systems are enhanced with increasing temperature, and the crystal structures of Al-Li alloy are crushed and subdivided because of the development of dynamic recrystal, so the strain softening appears.
The reason for the strain hardening enhanced above 350°C perhaps is that, the number of active slip systems are not enhanced with continuously increasing temperature, and the recrystal grains of Al-Li alloy begin to grow.

This blade, although not signed, is attributed to the Kanesada School of the Koto Mino Tradition, in the Mino province, basing to its features, shape, temper line, and surface grain-pattern.
The presence of a large number of holes in the Aoe blade tang means that this blade has been shortened more than once.
To fully characterize the samples we have chosen to perform short measurements on a large number of points on the blades.