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Average grain size was -20 mm.
In all percolators, cell number in the liquid phase comprised 105-106 cell/mL.

Making tilt covers of platform with insulation materials, then transporting a large number of ardent BTA chip directly into the spiral groove by a suction system may prevent the accumulation of litter on platforms and other supported components.
There are many researches on high-performance cutter materials, such as ultra-fine grain carbide, ceramic and metal-ceramic cutter material, diamond and CBN.

The size and number of these pores are different in each specimen.
It is believed that the Al and O solid solution into crystal and grain boundary are not effective for the cutting performance, but the difference of mechanical properties depend on whether oxygen is introduced and this in turn contributes to improvement of the cutting Table 1 The mechanical properties of specimens and the amount of oxygen contained Density Hardness Bending strength Fracture toughness Mixed Raw powder oxygen Theoretical oxygen Sintered body oxygen content (by RECO) Name Solution z value g / cm 3 HRA MPa MPa / m 3/2 Mass% mass% mass% RN-1 0.1 3.238 93.5 870 6.35 3.10 2.65 3.01 RN-2 0.2 3.238 93.2 840 5.07 4.14 3.36 3.98 SN-1 0.1 3.238 93.5 820 6.21 3.12 2.65 3.13 SN-2 0.2 3.235 93.0 790 5.66 4.19 3.36 4.23 RO-1 0.1 3.238 93.1 800 6.59 3.10 2.65 3.24 RO-2 0.2 3.232 92.9 850 6.68 4.14 3.36 4.21 SO-1 SO-2 0.1 0.2 3.234 3.229 93.1 92.7 820 830 6.59 6.47 3.12 4.19 2.65 3.36 3.25 3.25

In this way the desired number of layers (12 layers in the present work to obtain 40 vol% fiber loading in the composite) was built up.
It is also seen from the TEM micrograph in Fig.3 that the grain size of the NdPO4 interface is about 200 nm which should act as a dense barrier preventing oxygen diffusion from the matrix through the fibres.

In contrast, FPB treatment, where fine beads having a further small grain size of approximately 40 to 200µm are collided at a rate of 100m/sec or more, is reported to have a variety of effects such as surface roughness control, microstructual refinement, inducing phase transformation, and fine particle material component diffusion in addition to the effect of shot peening.
In other words, the direct pressure type allows the fine particles to collide with the material surface at a higher rate in comparison with the gravity type and, therefore, the number of dents and bumps also become large along with extreme bending over to result in such a configuration.

., have been studied for many years, and a number of literatures are available in these fields [1,2,3,4,5,6,7].
Table 1 Components and Parameters of soil specimen Type of Specimen Grain size[mm] Character index 5-2 2-0.5 0.5-0.25 0.25-0.075 0.075-0.005 <0.005 1 2 8.0% 17.5% 14.5% 20.0% 36.5% 3.0% 10.6% 25.0% 9.4% 15.6% 10.6% 22.3% 6.7% 15.6% The soil was undisturbed and was frozen in situ in winter.

Obviously, using small sets of coarse-grain abstractions rather than attempting to model the whole domain in detail simplifies management and maintenance in light of continuously evolving environments.
Pervasive Healthcare System Prototype Architecture With the increasing number of the aging populations across the world, we now face the intractable challenge of providing a better healthcare support for the elderly.

(see Fig.6) Fig.6 Construction project information management mode based on BIM technology The information database formed through computer n-dimensional model by BIM is a large number of important information data building in the life cycle of construction building.
Better communication and collaboration has been achieved through data mutual use of project cost between different project participants, which greatly facilitates the management and supervision on project decision-making and quality management by the main responsibility supervision and administration department, solves the bottleneck problem of the construction informatization or project cost, promotes the building life cycle management, realizes the integrated cost management of the various stages, promotes the fine-grained and intensive cost management of construction projects.

When ions of Cu doped into CeO2 lattice, it locates in grain boundary to inhibit the growth of CeO2 crystals.
Since the radii of Cu+/Cu2+ and Ce4+for coordination number 6 are 0.091, 0.087 and 0.101 nm, respectively [13], it is easy for copper ions to cooperate with the matrix of the CeO2 particles without causing a significant crystalline distortion.

Cutting Tool used: Inserts of fine-grained tungsten carbide 6% Cobalt substrate with a CVD multilayer coating were used for the experiments.
Taguchi design of experiments (DOE) methods incorporate orthogonal arrays (OA) to minimize the number of experiments required to determine the effect of process parameters upon the responses of the process [5] and L27 OA was used in this study.