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Original Articles

Time-Dependent Adhesion-Induced Phenomena: Viscoelastic Creep of a Substrate Polymer Over Rigid Particles

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Pages 151-168 | Received 28 May 1996, Accepted 16 Nov 1996, Published online: 24 Sep 2006

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M. Cristina De Jesus, JasonA. Morgan, Rajib Ahmed & D. S. Rimai. (2007) The Time Dependence of the Detachment Force of Ground Micrometer-Size Particles from a Planar Substrate: Effect of Particle Rotation. Particulate Science and Technology 25:1, pages 107-116.
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M. Cristina Dejesus, JasonA. Morgan & D. S. Rimai. (2006) Time-Dependence of the Adhesion of Micrometer-Size Particles to Substrates: Correlation with Postdeposition Particle Rotation. The Journal of Adhesion 82:7, pages 697-712.
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Articles from other publishers (4)

Gregory McKenna & Meiyu Zhai. 2016. Polymer Glasses. Polymer Glasses 205 242 .
S. A. Hutcheson & G. B. McKenna. (2005) Nanosphere Embedding into Polymer Surfaces: A Viscoelastic Contact Mechanics Analysis. Physical Review Letters 94:7.
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D. S. Rimai, D. M. Schaefer, R. C. Bowen & D. J. Quesnel. (2002) The Time Dependence of Particle Engulfment. Langmuir 18:12, pages 4592-4597.
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D.S. Rimai & D.J. Quesnel. 2002. Adhesion Science and Engineering. Adhesion Science and Engineering 139 191 .

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