Selective Laser Melting (SLM) of pure gold

This work presents an investigation into the Selective Laser Melting (SLM) of 24 carat gold (Au) powder with a mean particle size of 24μm. An SLM 100 system was used which is intended for production of highly detailed and intricate parts. Gold powder was tested for its properties such as tap density, Particle Size distribution (PSD) and reflectance etc. A suitable processing window was identified and gold cubes were produced using these parameters. Gold cubes were also checked for their internal porosity and mechanical properties

Cluster mechanisms of nanocrystal formation

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The Mechanism of the Intergrowth Formation

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Peculiarities of particles' distribution at directional solidification of melt

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Growth and dissolution kinetics of potassium aluminum alum and potassium dihydrogen phosphate crystals

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The effect of temperature on rhythmic crystallization of thin layer of supercooled salol melt

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Luminescence Effects Accompanying Ba(BrO3)2 * H2O Crystallization from Solution

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Vibrational control of Czochralski crystal growth

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Nucleation kinetics of camphor in ethanol solutions: Crystallization by salting out

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Study of melt flow at low-frequency vibrations of a crystal grown by the Czochralski method

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