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• W70505850 abstract "OF DISSERTATION GENERATION OF MULTICOMPONENT POLYMER BLEND MICROPARTICLES USING DROPLET EVAPORATION TECHNIQUE AND MODELING EVAPORATION OF BINARY DROPLET CONTAINING NON-VOLATILE SOLUTE Recently, considerable attention has been focused on the generation of nanoand micrometer scale multicomponent polymer particles with specifically tailored mechanical, electrical and optical properties. As only a few polymer-polymer pairs are miscible, the set of multicomponent polymer systems achievable by conventional methods, such as melt blending, is severely limited in property ranges. Therefore, researchers have been evaluating synthesis methods that can arbitrarily blend immiscible solvent pairs, thus expanding the range of properties that are practical. The generation of blended microparticles by evaporating a co-solvent from aerosol droplets containing two dissolved immiscible polymers in solution seems likely to exhibit a high degree of phase uniformity. A second important advantage of this technique is the formation of nanoand microscale particulates with very low impurities, which are not attainable through conventional solution techniques. When the timescale of solvent evaporation is lower than that of polymer diffusion and self-organization, phase separation is inhibited within the attoto femto-liter volume of the droplet, and homogeneous blends of immiscible polymers can be produced. We have studied multicomponent polymer particles generated from highly monodisperse micrordroplets that were produced using a Vibrating Orifice Aerosol Generator (VOAG). The particles are characterized for both external and internal morphology along with homogeneity of the blends. Ultra-thin slices of polymer particles were characterized by a Scanning Electron Microscope (SEM), and the degree of uniformity was examined using an Electron Dispersive X-ray Analysis (EDAX). To further establish the homogeneity of the polymer blend microparticles, differential scanning calorimeter was used to measure the glass transition temperature of the microparticles obtained. These results have its significance in the field of particulate encapsulation. Also, better control of the phase morphologies can be obtained by simply changing the solvent/solvents in the dilute solutions. Evaporation and drying of a binary droplet containing a solute and a solvent is a complicated phenomenon. Most of the present models do not consider convection in the droplet phase. In this dissertation work, a model is developed that incorporates convection inside the droplet. The results obtained are compared to the size obtained from experimental results. The same model when used with an aqueous solution droplet predicted concentration profiles that are comparable to results obtained when convection was not taken into account. These results have significance for more rigorous modeling of binary and multicomponent droplet drying." @default.
• W70505850 created "2016-06-24" @default.
• W70505850 creator A5066175126 @default.
• W70505850 date "2014-01-01" @default.
• W70505850 modified "2023-09-26" @default.
• W70505850 title "Generation of multicomponent polymer blend microparticles using droplet evaporation technique and modeling evaporation of binary droplet containing nonvolatile solute" @default.
• W70505850 cites W1963911712 @default.
• W70505850 cites W1966138917 @default.
• W70505850 cites W1969216476 @default.
• W70505850 cites W1970685067 @default.
• W70505850 cites W1972177258 @default.
• W70505850 cites W1973830875 @default.
• W70505850 cites W1977464265 @default.
• W70505850 cites W1981538486 @default.
• W70505850 cites W1985421593 @default.
• W70505850 cites W1985905747 @default.
• W70505850 cites W1988066772 @default.
• W70505850 cites W1988406861 @default.
• W70505850 cites W1988417186 @default.
• W70505850 cites W1989225693 @default.
• W70505850 cites W1989385421 @default.
• W70505850 cites W1990270706 @default.
• W70505850 cites W1993620642 @default.
• W70505850 cites W1998314054 @default.
• W70505850 cites W2003147240 @default.
• W70505850 cites W2003703809 @default.
• W70505850 cites W2007791906 @default.
• W70505850 cites W2012185060 @default.
• W70505850 cites W2015041910 @default.
• W70505850 cites W2015798505 @default.
• W70505850 cites W2016325955 @default.
• W70505850 cites W2016725841 @default.
• W70505850 cites W2019872868 @default.
• W70505850 cites W2020216076 @default.
• W70505850 cites W2023442499 @default.
• W70505850 cites W2025960516 @default.
• W70505850 cites W2027707345 @default.
• W70505850 cites W2029141879 @default.
• W70505850 cites W2029422848 @default.
• W70505850 cites W2030549725 @default.
• W70505850 cites W2032624479 @default.
• W70505850 cites W2034359030 @default.
• W70505850 cites W2036428365 @default.
• W70505850 cites W2039320552 @default.
• W70505850 cites W2042104086 @default.
• W70505850 cites W2042326839 @default.
• W70505850 cites W2045776923 @default.
• W70505850 cites W2046931212 @default.
• W70505850 cites W2049834503 @default.
• W70505850 cites W2050741473 @default.
• W70505850 cites W2051357406 @default.
• W70505850 cites W2055405505 @default.
• W70505850 cites W2055765301 @default.
• W70505850 cites W2056983952 @default.
• W70505850 cites W2057923187 @default.
• W70505850 cites W2059362780 @default.
• W70505850 cites W2061358898 @default.
• W70505850 cites W2062310032 @default.
• W70505850 cites W2062567482 @default.
• W70505850 cites W2064525407 @default.
• W70505850 cites W2066353562 @default.
• W70505850 cites W2067441333 @default.
• W70505850 cites W2067689700 @default.
• W70505850 cites W2069352580 @default.
• W70505850 cites W2070302580 @default.
• W70505850 cites W2072019332 @default.
• W70505850 cites W2072978004 @default.
• W70505850 cites W2075227844 @default.
• W70505850 cites W2077978119 @default.
• W70505850 cites W2078492687 @default.
• W70505850 cites W2078913308 @default.
• W70505850 cites W2080561421 @default.
• W70505850 cites W2080618281 @default.
• W70505850 cites W2086457407 @default.
• W70505850 cites W2088279046 @default.
• W70505850 cites W2088883959 @default.
• W70505850 cites W2089804844 @default.
• W70505850 cites W2092780253 @default.
• W70505850 cites W2106937335 @default.
• W70505850 cites W2111530512 @default.
• W70505850 cites W2112135623 @default.
• W70505850 cites W2113278226 @default.
• W70505850 cites W2118863669 @default.
• W70505850 cites W2120440935 @default.
• W70505850 cites W2132012759 @default.
• W70505850 cites W2138498587 @default.
• W70505850 cites W2141285315 @default.
• W70505850 cites W2142291492 @default.
• W70505850 cites W2143109092 @default.
• W70505850 cites W2143282677 @default.
• W70505850 cites W2158578289 @default.
• W70505850 cites W2163122455 @default.
• W70505850 cites W2164663821 @default.
• W70505850 cites W2167926647 @default.
• W70505850 cites W2196319460 @default.
• W70505850 cites W2264005811 @default.
• W70505850 cites W2313209858 @default.
• W70505850 cites W2326378997 @default.
• W70505850 cites W2328832342 @default.
• W70505850 cites W2331667380 @default.

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