Conventional polyolefins new polyolefins stereoregular polar thermoplastics syndiotactic polystyrene unplasticized polyvinyl chloride (uPVC) - fracture and fatigue properties acrylonitrile-butadiene-styrene (ABS) polymers styrene copolymers polyacrylonitrile polyacrylates polyacrylamides vinyl acetate polymers vinyl alcohol polymers synthetic water-soluble polymers cellulose plastics thermoplastic elastomers thermplastic polyurethanes polyester-based thermplastic elastomers polybutylene terephthalate compatibilized thermoplastic blends toughening of thermoplastics polyacetal polyether polyarylates polycarbonates polyamides polyimides polybenzimidazoles aromatic polyhydrazides and their corresponding polyoxadiazoles polyphenylquinoxalines polyphenylene sulfide polyphenylene vinylene conducting thermoplastics conducting thermoplastics composites poly(aryl ether sulfone)s poly(aryl ether ketone)s poly(aryl ether ketones-co-sulfones) poly(aryl ether ketone amide)s polytetrafluoroethylene liquid crystalline polymers advanced thermoplastics composites.

Handbook of Thermoplastics

Binder jet 3D printing—Process parameters, materials, properties, modeling, and challenges

Thermal analysis and degradation mechanism of polyacrylate/ZnO nanocomposites

The kinetics of binder burnout, from a ceramic green body, are considered for the case of an “unzipping” binder which decomposes to produce a volatile monomer. The process is considered to fail if the concentration of monomer in the green body exceeds that in equilibrium with vapor at 1 atm (≅105 Pa), when an internal bubble would be expected to form. Steady-state diffusional calculations and computer simulations explore the size and temperature dependence of the process and are in agreement. The model suggests that it is not feasible to burn out a large flat piece greater than about 3 mm thick, without going to very long times of burnout. The kinetics are significantly improved if porosity develops in the piece during the early stages of decomposition, as opposed to the retreat of the binder into the piece on a uniform front.

Theoretical models for binder burnout

Impersonality in the research article as revealed by analysis of the transitivity structure

The burnout of poly (vinyl butyral) from green bodies of oxide ceramics was studied by thermogravimetric analysis and infrared spectroscopy. The decomposition of the polymer to release butyraldehyde, in air or in argon, was enhanced by the presence of the oxide powders. The degree of enhancement was much greater in the presence of oxygen. Ceria gave rise to a separate oxidation process at lower temperatures. The concentration of carbon remaining after treatment to 1000° C was correlated with surface activity.

Effect of oxides on binder burnout during ceramics processing

T.10.6 feasibility, safety and efficacy of endoscopic gastroplasty for treatment of obese patients: preliminary results at 6 months follow-up from a prospective, single center, randomized controlled trial

Oc.16.3 three different techniques of endoscopic gastroplasty: technical aspects from preliminary results of a prospective, single center, randomized controlled study

Steven Masia

Papers

Effect of oxides on binder burnout during ceramics processing

T.10.6 feasibility, safety and efficacy of endoscopic gastroplasty for treatment of obese patients: preliminary results at 6 months follow-up from a prospective, single center, randomized controlled trial

Oc.16.3 three different techniques of endoscopic gastroplasty: technical aspects from preliminary results of a prospective, single center, randomized controlled study