Richard D. Wang
General Electric
4 Papers
64 Citations
Richard D. Wang is an academic researcher from General Electric. The author has contributed to research in topics: Silicone & Drop (liquid). The author has an hindex of 3, co-authored 4 publications.
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Papers
Patent
Elastomer dispersion having a unique particle size distribution
Adam J. Horne,Donald Scott Johnson,John Alfred Kilgour,Richard D. Wang +3 more
- 12 Dec 1997
TL;DR: In this paper, a composition comprising the hydrosilylation addition product of a linear alkenyl functionalized polyorganosiloxane and an M H Q resin and a low molecular weight silicone when subjected to a new particle size reduction process that includes flow induced shearing provides for components in personal care formulations that have improved spreadability and substance.
30
Patent
Processing of an elastomer dispersion
Adam J. Horne,Donald Scott Johnson,John Alfred Kilgour,Richard D. Wang +3 more
- 12 Dec 1997
TL;DR: In this article, the hydrosilylation addition product of a linear alkenyl functionalized polyorganosiloxane and an MH Q resin and a low molecular weight silicone when subjected to a new particle size reduction process that includes flow induced shearing provides for components in personal care formulations that have improved spreadability and substance.
22
Patent
A silicone elastomer dispersion
Adam J. Horne,Donald Scott Johnson,John Alfred Kilgour,Richard D. Wang +3 more
- 27 Nov 1998
TL;DR: In this paper, the hydrosilylation addition product of a linear alkenyl functionalized polyorganosiloxane and an MHQ resin and a low molecular weight silicone when subjected to a new particle size reduction process that includes flow induced shearing provides for components in personal care formulations that have improved spreadability and substance.
9
Patent
Processing treatment of elastomer dispersion
Adam J. Horne,Donald Scott Johnson,John Alfred Kilgour,Richard D. Wang +3 more
- 19 Oct 1999
TL;DR: In this article, a process in which an elastomer having an initial average particle diameter and a particle size distribution is dispersed into a solvent to give a dispersion, which is pressurized, passed through an orifice to drop pressure and the initial particle size is lowered, is repeated to make the dispersion have a maximum of about 21-26 μm, a maximum with a minimum of about 33-38 μm and a maximum size of about 50-60 μm.
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