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A novel feature of this paper is employing new technique for refining the solid boundary particles to reduce pressure fluctuations in computation.
In hydrodynamic and mixed lubrication, microcavity in negative surface texture acts as a reservoir for fluid lubricant, while in boundary lubrication, it traps wear particles to reduce further abrasion.
The improvement of the self-healing ability and oxidation protective performance primarily owes to three reasons: 1) the preferential oxidation of ZrSi2 to rapidly form ZrO2/ZrSiO4 particles to reduce the formation of cracks.
We introduce a deterministic discrete-particle simulation approach, the Linearly-Transformed Particle-In-Cell (LTPIC) method, that employs linear deformations of the particles to reduce the noise traditionally associated with particle schemes.
Thus, it is imperativethat one selects the most economic technology for densification or briquetting ofmaize cob particles to reduce the cost of the finished product.
These facts have emphasized on the development of technologies that can produce clean fine coal particles to reduce their environmental problems (Sun and Zimmerman 1950).
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This paves way for rapid realignment of the particle to reduce particle-particle and particle-fluid frictions and facilitate a viscous motion.
When the temperature approaches to 1098 K, four nanoparticles completely melt and form a single liquid spherical particle to reduce the free surface area and thus reduce the total energy of the system.
CGMD, in which four heavy atoms are replaced with a single, spherical particle, to reduce the complexity of the system enables longer time scales to be studied.
The T max of the main reduction peak tend to increase with ruthenium loading indicating the crystallization of ruthenium particles, i.e., larger particles tend to reduce at slightly higher temperature [4].
To increase the energy of the particles or to reduce the size of the accelerator, new acceleration schemes need to be developed.
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