ACCU DYNE TEST ™ Bibliography

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2662. no author cited, “Part 5: Position of corona treating system,” http://www.faustel.com/position-of-corona-treating-station/,

2661. no author cited, “Part 4: Corona treating watt density,” http://www.faustel.com/corona-treating-watt-density/,

2660. no author cited, “Part 3: Corona treating power supplies,” http://www.faustel.com/corona-treating-power-supply,

2659. no author cited, “Part 2: Driving and nipping the corona treater roll,” http://www.faustel.com/driving-nipping-corona-treater-roll/,

2658. no author cited, “Part 1: Corona treating for coating applications,” http://www.faustel.com/corona-treating-coating-applications,

2657. no author cited, “Corona treating,” http://www.faustel.com/series/corona-treating/,

2636. Eisby, J., “Corona treatment,” Vetaphone (http://www.vetaphone.com/technology/corona-treatment/),

2473. Rulison, C., “So you want to measure surface energy? A tutorial designed to provide basic understanding of the concept of solid surface energy, and its many complications,” Kruss USA,

2206. no author cited:, “Surface treatment trouble shooting: What is the formula to calculate watt density?,” http://www.pillartech.eu/Treaters/trtr8.htm,

2205. no author cited, “Trouble shooting: How often should you clean your electrodes?,” http://www.pillartech.eu/Treaters/trtr9.htm,

2204. no author cited, “Useful information: Corona treatment theory,” http://www.pillartech.eu/Treaters/tru3.htm,

2203. no author cited, “Useful information: The surface tension phenomenon,” http://www.pillartech.eu/Treaters/tru4.htm,

2202. no author cited, “Useful surface treatment information: Should you be 'bump' treating?,” http://www.pillartech.eu/Treaters/tru5.htm,

2201. Washebeck, D., “Useful information: Plasma and surface treatment,” http://www.pillartech.eu/Treaters/tru1.htm,

2200. no author cited, “Useful information: Corona treater dielectrics,” http://www.pillartech.eu/Treaters/tru7.htm,

2199. no author cited, “Useful corona treatment information: Advancements in corona treatment for the narrow web market,” http://www.pillartech.eu/Treaters/tru9.htm,

2192. no author cited, “Surface treatment trouble shooting: Why can't I achieve the dyne levels I once could?,” http://pillartech.com/treaters-eu/trtr5.htm,

2191. no author cited, “Surface treatment trouble shooting: 'Covered roll' vs. 'uncovered roll' treater stations,” http://pillartech.com/treaters-eu/trtr7.htm,

2190. no author cited, “Surface treatment trouble shooting: General reasons for 'unwanted' backside corona treatment,” http://pillartech.com/treaters-eu/trtr6.htm,

2160. Sabreen, S.R., “Basics of surface wetting and pretreatment methods,” http://www.sabreen.com/surface_wetting.htm,

2159. Roobol, N.R., “Preparing plastics for painting,” http://www.sabreen.com/prep_painting.htm,

2158. Sabreen, S.R., “Surface wetting procedure using dyne solutions,” http://www.sabreen.com/dyne_solutions.htm,

2151. no author cited, “Functional sites on non-polymeric materials: Gas plasma treatment and surface analysis,” http://www.4thstate.com/publications/4th%20State%20-CEA%20Tech%20Note.pdf,

2141. no author cited, “Corona treatment in the printing and converting industry,” http://www.softal.de/content/en/downloads/Report_104e.pdf,

2140. no author cited, “Corona pretreatment to obtain wettability and adhesion,” http://www.softal.de/content/en/downloads/Report_102e.pdf,

2139. no author cited, “Corona treatment in practice,” http://www.softal.de/content/en/downloads/Report_125e.pdf,

2138. no author cited, “Measuring surface tension of plastic films (per DIN ISO 8296),” http://www.softal.de/content/en/downloads/Report_108e.pdf,

1725. Hansen, F.K., “The measurement of surface energy of polymer by means of contact angles of liquids on solid surfaces: A short overview of frequently used methods,” http://www.ramehart.com/goniometers/support/surface_energy_finn.pdf, 0.

1719. no author cited, “Surface free energy of ABS plastic,” Top Analytica Ltd., 0.

1666. Van Iseghem, L.C., “Coating plastics - some important concepts from a formulator's perspective,” http://www.vtcoatings.com/plastics.htm, 0.

1565. no author cited, “Watt density: What is the formula to calculate watt density?,” Pillar Technologies,

1553. Stobbe, B.D., “Rx for medical surface preparation: Corona discharge treatment,” http://www.corotec.com/corotec-corporation-technical-papers/rx-for-medical-surface-preparation-corona-discharge-treatment/, 0.

1551. Kiddell, P., “Understanding and using pad printing inks,” http://www.padprint1.com/Articles_UnderstandingInks.cfm, 0.

1550. Stobbe, B.D., “Frequency effects on corona discharge treatment,” Corotec Corp., 0.

1389. Eisby, J., “Corona treatment: Why is it necessary?,” http://www.idspackaging.com/Common/Paper/Paper_262, 0.

1388. Wolf, R.A., “Atmospheric plasma - The new functional treatment for extrusion coating and lamination processes,” http://www.idspackaging.com/Common/Paper/Paper_173, 0.

1354. no author cited, “Surface free energies of polymers - Optimisation of the determination of polymer surface free energy,” http://www.azom.com/details.asp?ArticleID=2097, 0.

1328. Wolf, R.A., “Corona treatment: a process overview,” http://www.idspackaging.com/Common/Paper/Paper_177, 0.

952. Liebel, G., “Plasma activation: Industrial technology for large-scale treatment of polypropylene, polyethylene and polypropylene/ethylene-propylene terpolymer (EPDM) parts,” Technics Plasma, 0.

951. no author cited, “Surface treatment of polyolefins for decorating and adhesive bonding,” Phillips Petroleum Co., 0.

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