Preparation of Poly (methacrylic acid)/Polystyrene Composite Particles and Morphology Control

Aqueous poly(vinyl acetate)-based core/shell emulsion: synthesis, morphology, properties and application

“…In addition, it has been reported that other factors, including the type and nature of surfactant, [127][128][129][130][131] cross-linking degree of core and/or shell polymers, [132][133][134][135] could also affect the formation of PVAc-CS structured emulsion and have been widely investigated.…”

Fabrication and morphological evolution of inverse core/shell structural latex particles of poly(vinyl acetate)/polystyrene by maleic anhydride grafting

“…Although many researches of CS structure have been reported [9][10][11][12][13][14][15] in the past few decades, the preparation of amphiphilic CS structural latex particles [16,17] that have a large difference of hydrophilicity between well-defined core and shell was still a technical difficulty because of the trouble of emulsion stability and the difference of reactivity ratio between core monomer and shell monomer. Significant advances on various methods, such as grafting [18][19][20], interpenetrating polymer network [21,22] and ionic bonding [23], have been reported as potential manufacturing approaches for amphiphilic CS latex particles.…”

The Evaluation of Polyethylene/Clay Composite from Solid State NMR

“…According to the type, size and form of inorganic filler incorporated in the polymeric matrix, polymer composites possess particular properties, i.e., polymeric nanocomposite. The polymeric nanocomposite morphologies are a consequence of the formed nanostructure, which influences directly the final properties of these materials that are depended on the dispersion mode of the inorganic nanoparticle in the matrix [1][2][3][4][5][6]. Thus, the knowledge of filler dispersion is the key to understand the material application and it is also an important point to be evaluated.…”