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The quality of these refractories applied on IGCC should be a key factor that affects the entire cost of electric power production.
The properties after drying and sintering are compared to find a suitable additive for chromia-contained castables. 2.
Sintered specimens were given physical properties test and microstructures were also observed by a scanning electron microscope (SEM).
Table.1 The properties of ultrafine alumina and fumed silica.
This phase have an important role that it improves the mechanical strength of the refractory.

Hand-welded and automatically uniform welds of Sanicro 25 are evaluated in material studies, and the structure and basic mechanical properties of welded joints are examined.
Microstructure and hardness properties.
These factors had a significant impact on the relatively low strength and ductility of the joint.
The hardness of the weld joint did not exceed 210 HV, and showed good mechanical properties.
Hernas, Technological properties of steel Sanicro 25 and alloy HR6W, Conference Materials, Ed.

The key factor affecting the penetration increase is the interaction between the assisted gas jet and the plasma.
The microhardness of welded joints can indirectly reflect their mechanical properties, and microhardness is mainly determined by the microstucture and grain size.
Another factor affecting the penetration increase of gas-jet-assisted keyhole laser welding is the shape and spatial distribution of the keyhole.
Many factors affect the spatial distribution of the keyhole, including the laser wavelength, focal spot size, laser power, welding speed, defocusing distance, and material parameters.
Properties of welded joint for narrow gap laser welding of austenitic stainless steels [A].

It exhibits exceptional structural, electrical, and mechanical properties [15].
Because of the electron spin-orbit coupling factors, Ti2p energy level is divided into the Ti2p3/2 and Ti2p1/2.
But in this experiment, chemical composition is not the main factor which affects the frictional properties of the film.
The adhesion properties can directly affect the use of coated tools.
So, temperature is an important factor affecting the adhesion properties.

The L9 orthogonal array was concerned to design experimental matrix for four factors with three levels.
The L9 orthogonal array was used to design experimental matrix for four factors with three levels.
The factor design is variated by using four factors and three levels as shown in the Table 1 and Fig. 2.
Factors and levels of gasket design No Factor Level 1 Level 2 Level 3 1 Radius convex (R) 2 mm 2.5 mm 3 mm 2 Pitch (P) 5 mm 5.5 mm 6 mm 3 Over hang (OH) 2 mm 2.5 mm 3 mm 4 Lip height (h) 0.2 mm 0.3 mm 0.4 mm Overall length (fix) OH p h length (fixed) R Fig. 2.
Properties material determined from tensile test based on JISZ 2241 standard is: Ø Modulus Young (E) = 48670 MPa Ø Poisson ratio (v) = 0.3 Ø Yield Stress (σy) = 300.34 Mpa Ø Tangent Modulus (H) = 483.33 Mpa In the manufacturing stage, gasket product is formed by using press hydraulic machine.

Researchers are attempting to improve the properties further with the addition of another fiber in the same matrix (hybridization).
The cutting tool material and the geometry also play a vital role in affecting the thrust force and delamination as reported in [3].
Reference [4] shows that there is an enhancement in the flexural and tensile properties because of the addition of nanotubes.
Though all interactions between the factors significantly affecting the delamination, maximum contribution of 17.30% was observed with the interaction between cutting speed and feed rate.
From Table 5, the mean grades of various factors at chosen levels can be observed.

The addition of BCMC is proven to improve physical properties, mechanical, and thermal properties of the resulting material.
Enzymatic cellulose degradation process depends on several factors: enzyme concentration, cellulose substrate surface area, reaction temperature, and duration enzyme activity.
The uneven spread of microcellulose filler will affect the physical properties, mechanical, and thermal properties of biocomposites.
Uniformly spread filler will give positive effect to physical properties, mechanical, and thermal properties of biocomposites.
The presence of filler affects the properties of a highly hydrophilic gelatin matrix.

Federici et al.[3]demonstrated that the thermal properties of reactor materials play a vital role in the overall thermal stability of micro-reactors.
To extend the operation range and to study the interplay of methane/moist air reactions in microchannel-reactors, this paper simulated the methane/moist air catalytic combustion with fluent software in mirochannels with different wall shapes and analyzed the impact of different surface shape factors on the methane/moist air catalytic combustion .
Numerical Model and Chemical Mechanical Physical Model.
This is because the groove in the microchannel increased wall roughness, thereby affecting the residence time of the combustion gas.
A single groove on the overall average mass fraction of each component is not affected.

In this paper, we put the emphasis on the synthesis and properties characterization of this new type material, and try to provide a new method to fabricate a viscoelastic damping material(VDM）with tunable Tg and excellent dynamic mechanical properties usable for applications in the field of vibration reduction industry.
However, the optimized temperature regions are not largely broadened, and in addition, the phase separation behaviour which affects the mechanical and other properties of the materials will occur in the above materials system.
The temperature sweep curves of the SSBR samples Dynamical Mechanical Properties.
The Dynamical mechanical properties of the SSBR samples and the current commercialized SBR1500 were all characterized by the same instrument under the same experiment conditions.
References [1] J D Ferry 1970 Viscoelastic Properties of Polymers, second ed.

These fibers were used because of their impressive mechanical properties.
The main reason for select sansevieria cylindrica fiber is due to its better mechanical properties compared to other natural fiber composites.
Test for Chemical Properties Test for Cellulose.
Hassan, A review of the flammability factors of kenaf and allied fibre reinforced polymer composites, Advances in Materials Science and Engineering. (2014) [5] V.S.
Ramamoorthi, Investigation of mechanical properties and morphological study of the alkali treated agave angustifolia marginata fiber reinforced epoxy polymer composites.