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Dive into the research topics where Camilo I. Cano is active.

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Featured researches published by Camilo I. Cano.


Cellular Polymers | 2004

Solid-state polyimide foaming from powder precursors: Effect of morphology and process parameters on the diffusive phenomena

Camilo I. Cano; Erik S. Weiser; R. Byron Pipes

Solid poly(amic acid) (PAA) precursor is used for foaming into microspheres or foams depending on whether the powder particles are free or confined inside a mold. Solid-state foaming of powder precursors is studied by examining concurrent and competitive phenomena that determine the morphology and physical properties of the foam unit cell. Simultaneous analysis through thermo gravimetric analysis (TGA) and modulated differential scanning calorimetry (MDSC) is proposed for the characterization of important transitions during the blowing process. Effects of particle size and shape on bubble growth will be addressed.


Composites Science and Technology | 2009

Interfacial energy between carbon nanotubes and polymers measured from nanoscale peel tests in the atomic force microscope

Mark C. Strus; Camilo I. Cano; R. Byron Pipes; Cattien V. Nguyen; Arvind Raman


Polymer | 2005

Polyimide Foams from Powder: Experimental Analysis of Competitive Diffusion Phenomena

Camilo I. Cano; Erik S. Weiser; Thein Kyu; R. Byron Pipes


Polymer Engineering and Science | 2008

Modeling Particle Inflation from Poly(amic acid) Powdered Precursors. III. Experimental Determination of Kinetic Parameters

Camilo I. Cano; Meaghan L. Clark; Thein Kyu; R. Byron Pipes


Polymer Engineering and Science | 2007

Modeling particle inflation from poly(amic acid) powdered precursors. I. Preliminary stages leading to bubble growth

Camilo I. Cano; Thein Kyu; R. Byron Pipes


Polymer Engineering and Science | 2007

Modeling particle inflation from poly(amic acid) powdered precursors. II. Morphological development during bubble growth

Camilo I. Cano; Meaghan L. Clark; Thein Kyu; R. Byron Pipes


Society of Plastics Engineers | 2007

Modeling Particle Inflation from Poly(amic acid) Powdered Precursors (Part II): Morphological Development During Bubble Growth

Camilo I. Cano; Meaghan L. Clark; Thein Kyu; R. Byron Pipes


International Journal of Adhesion and Adhesives | 2008

Reduction in fixture time of a two-component structural acrylic adhesive

Erika P. Pedraza; Camilo I. Cano; Jessica VanDalen; R. Byron Pipes; Jeffrey P. Youngblood


Archive | 2005

Polyimide Microstructures From Powdered Precursors: Phenomenological and Parametric Studies on Particle Inflation

Camilo I. Cano


Composites Science and Technology | 2011

Corrigendum to “Interfacial energy between carbon nanotubes and polymers measured from nanoscale peel tests in the atomic force microscope” [Compos Sci Technol 69 (10) (2009) 1580–1586]

Mark C. Strus; Camilo I. Cano; R. Byron Pipes; Cattien V. Nguyen; Arvind Raman

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