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Keyword [MELTS]
Result: 181 - 200 | Page: 10 of 10
181. The dynamic response of ionic iron-bearing multicomponent silicate melts to reducing environments: Kinetics and structure
182. Flow-induced shish kebab precursor structures in entangled polyethylene melts
183. Using theory to predict phase behaviour in liquids, copolymer melts, and ultrathin polymer films
184. Liquid-crystalline ordering in semiflexible polymer melts and blends: A Monte Carlo simulation study
185. Development of tethered micelle hydrogel networks through sphere-forming AB/ABA block copolymer melts
186. A molecular dynamics study of alkane polymers: In polymer melts and at an alkane-water interface
187. Linear elasticity and phase behavior of block copolymer melts by self consistent field theory
188. Synthesis of Graphene Layers from Metal-Carbon Melts: Nucleation and Growth Kinetics
189. Linear viscoelasticity of branched polymer melts
190. Morphology transitions in multilayer polymer melts due to hole growth and layer interactions
191. Simulations of polymer solutions and melts: A field-theoretic approach
192. Improvement in functional characteristics of aluminum-silicon cast components through the utilization of a novel electromagnetic treatment of liquid melts
193. Part I---Access to UV photocured nanostructures via selective morphological trapping of block copolymer melts Part II---Morphological phase behavior of poly(RTIL) containing block copolymer melts
194. Viscoelastic study of reversible gels and block copolymer melts
195. Applications of some phenomenological and atomic theories to phase transition effects in melts
196. The pressure dependence of silicon and oxygen self-diffusion and melt viscosity in polymerized silicate melts
197. A study of complex channel flows of polymer melts
198. Experimental study on the speciation and solubility of sulfur, and the behavior of highly siderophile elements in sulfide- and sulfate-saturated basaltic melts and 1300°C and 1 GPa
199. Simulation of nucleation dynamics at the lamellar-cylinder transition in diblock copolymer melts
200. Properties of nuclear waste melts and glasses: Contact-refractory corrosion and vapor phase hydration
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