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ACCU DYNE TEST ™ Bibliography

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total 2872 entries
showing result page 30 of 72, ordered by “Publisher”.

189. Katoh, K., H. Fujita, and H. Sasaki, “Macroscopic wetting behavior and a method for measuring contact angles,” J. Fluids Engineering, 112, 289-295, (1990).

478. Hayes, L.J., “Surface energy of fluorinated surfaces,” J. Fluorinated Chemistry, 8, 69+, (1976).

1216. Hruska, Z., and X. Lepot, “Ageing of the oxyfluorinated polypropylene surface: Evolution of the acid-base surface characteristics with time,” J. Fluorine Chemistry, 105, 87-93, (Jul 2000).

2032. du Toit, F.J., and R.D. Sanderson, “Surface fluorination of polypropylene, I: Characterisation of surface properties,” J. Fluorine Chemistry, 98, 107-114, (Sep 1999).

2033. du Toit, F.J., and R.D. Sanderson, “Surface fluorination of polypropylene, II: Adhesion properties,” J. Fluorine Chemistry, 98, 115-119, (Sep 1999).

2424. Montazavi, S.H., M. Ghoranneviss, and A.H. Sari, “Argon/hexamethyldisiloxane plasma effects on polypropylene film surface properties,” J. Fusion Energy, 29, 499-502, (2010).

1342. Lecomte du Nouy, P., “A new apparatus for measuring surface tension,” J. Gen. Physiol., 1, 521-524, (1919).

66. Coopes, I.H., and K.J. Gifkins, “Gas plasma treatment of polymer surfaces,” J. Macromolecular Science, A17, 217-226, (1982).

267. Ogita, T., A.N. Ponomarev, S. Nishimoto, and T. Kagiya, “Surface structure of low-density polyethylene film exposed to air plasma,” J. Macromolecular Science, A22, 1135-1150, (1985).

303. Reneker, D.H., and L.H. Bolz, “Effect of atomic oxygen on the surface morphology of polyethylene,” J. Macromolecular Science, A10, 599-608, (1976).

393. Wu, S., “Interfacial and surface tensions of polymers,” J. Macromolecular Science, C10, 1-73, (1974).

395. Yasuda, H.K., “Plasma for modification of polymers,” J. Macromolecular Science, A10, 383-420, (1976).

1653. Neumann, A.W., R.J. Good, P. Ehrlich, P.K. Basu, and G.J. Johnston, “The temperature dependence of the surface tension of solutions of atactic polystyrene,” J. Macromolecular Science, B7, 525, (1973).

1659. van Oss, C.J., and R.J. Good, “Surface tension and the solubility of polymers and biopolymers: the role of polar and apolar interfacial free energies,” J. Macromolecular Science, A26, 1183-1203, (1989).

2509. Denes, F., Z.Q. Hua, E. Barrios, R.A. Young, and J. Evans, “Influence of RF-cold plasma treatment on the surface properties of paper,” J. Macromolecular Science Part A: Pure and Applied Chemistry, 32, 1405-1443, (1995).

2019. Carrino, L., G. Moroni, and W. Polini, “Cold plasma treatment of polypropylene surface: A study on wettability and adhesion,” J. Materials Processing Technology, 121, 373-382, (Feb 2002).

162. Hook, Y.J., J.A. Gardella, Jr., and L. Salvati Jr., “Multitechnique surface spectroscopic studies of plasma-modified polymers, I. Water/argon plasma-modified polymethylmethacrylates,” J. Materials Research, 2, 117-131, (1987).

163. Hook, Y.J., J.A. Gardella, Jr., and L. Salvati Jr., “Multitechnique surface spectroscopic studies of plasma-modified polymers, II. Water/argon plasma-modified polymethylmethacrylate/polymethylacrylic acid copolymers,” J. Materials Research, 2, 132-142, (1987).

1848. Cho, J.-S., W.-K. Choi, H.-J. Jung, and S.-K. Koh, “Effect of oxygen gas on polycarbonate surface in keV energy Ar+ ion irradiation,” J. Materials Research, 12, 277-282, (Jan 1997).

2078. Koh, S.-K., W.-K. Choi, J.-S. Cho, S.-K. Song, Y.-M. Kim, and H.-J. Jung, “Ar+ ion irradiation in oxygen environment for improving wettability of polymethylmethacrylate,” J. Materials Research, 11, 2933-2939, (Nov 1996).

44. Brown, J.R., P.J.C. Chappell, and Z. Mathys, “Plasma surface modification of advanced organic fibres III: Effects on the mechanical properties of aramid/vinylester and extended-chain polyethylene/vinyl ester composites,” J. Materials Science, 27, 6475-6480, (1992).

116. Garbassi, F., E. Occhiello, and F. Polato, “Surface effect of flame treatments on polypropylene (Part 1),” J. Materials Science, 22, 207-212, (1987).

117. Garbassi, F., E. Occhiello, F. Polato, and A. Brown, “Surface effect of flame treatments on polypropylene (Part 2),” J. Materials Science, 22, 1450-1456, (1987).

207. Ladizeski, N.H., and I.M. Ward, “The adhesion behavior of high modulus polyethylene fibers following plasma and chemical treatment,” J. Materials Science, 24, 3763-3773, (1989).

427. Briggs, D., D.M. Brewis, and M.B. Konieczko, “X-ray photoelectron spectroscopy studies of polymer surfaces, Part III. Flame treatment of polyethylene,” J. Materials Science, 14, 1344-1348, (1979).

1017. Moon, S.I., and J. Jang, “Factors affecting the interfacial adhesion of ultrahigh-modulus polyethylene fibre-vinylester composites using gas plasma treatment,” J. Materials Science, 33, 3419-3425, (Jul 1998).

1762. Hitchcock, S.J., N.T. Carroll, and M.G. Nicholas, “Some effects of substrate roughness on wettability,” J. Materials Science, 16, 714, (1981).

2500. Baldan, A., “Adhesively-bonded joints and repairs in metallic alloys, polymers and composite materials: Adhesives, adhesion theories and surface pretreatment,” J. Materials Science, 39, 1-49, (2004).

956. Novak, I., and S. Florian, “Investigation of hydrophilicity of polyethylene modified by electric discharge in the course of ageing,” J. Materials Science Letters, 20, 1289-1291, (Jul 2001).

968. Novak, I., and S. Florian, “Effect of ageing on adhesion behaviour of discharge plasma-treated biaxially oriented polypropylene,” J. Materials Science Letters, 18, 1055-1057, (Jul 1999).

1012. Stefecka, M., J. Rahel, M. Cernak, I. Hudec, M. Mikula, and M. Mazur, “Atmospheric-pressure plasma treatment of ultrahigh molecular weight polyethylene fibres,” J. Materials Science Letters, 18, 2007-2008, (Dec 1999).

1290. Kinloch, A.J., G.K.A. Kodokian, and J.F. Watts, “Relationships between the surface free energies and surface chemical compositions of thermoplastic fibre composites and adhesive joint strengths,” J. Materials Science Letters, 10, 815-818, (1991).

1234. Mekishev, G.A., T.A. Yovcheva, E. Guentcheva, and S. Nedev, “On the charge decay in PP electrets stored at pressures lower than atmospheric,” J. Materials Science: Materials in Electronics, 14, 779-780, (Oct 2003).

2076. Kim, K.S., K.H. Lee, K. Cho, and C.E. Park, “Surface modification of polysulfone ultrafiltration membrane by oxygen plasma treatment,” J. Membrane Science, 199, 135-145, (Apr 2002).

2080. Kull, K.R., M.L. Steen, and E.R. Fisher, “Surface modification with nitrogen-containing plasmas to produce hydrophilic, low-fouling membranes,” J. Membrane Science, 246, 203-215, (Jan 2005).

2092. Steen, M.L., L. Hymas, E.D. Havey, N.E. Capps, D.G. Castner, and E.R. Fisher, “Low temperature plasma treatment of asymmetric polysulfone membranes for permanent hydrophilic surface modification,” J. Membrane Science, 188, 97-114, (Jun 2001).

1739. Timerghazin, Q.K., S.L. Khursan, and V.V. Shereshovets, “Theoretical study of the reaction between ozone and the C-H bond: Gas-phase reactions of hydrocarbons with ozone,” J. Molecular Structure, 489, 87-93, (1999).

2027. Ewane-Ebele, F., and H.P. Schreiber, “Measurement and use of surface tension data in film-forming polymers,” J. Oil and Colour Chemists Association, 60, 249-255, (Jul 1977).

2077. Kitova, S., M. Minchev, and G. Danev, “RF plasma treatment of polycarbonate substrates,” J. Optoelectronics and Advanced Materials, 7, 2607-2612, (Oct 2005).

386. Wetterman, R.P., “Electrical surface treatment of polyolefin packaging materials for improved adhesion and printing,” J. Packaging Technology, 6, 22-25, (Nov 1990).

 

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