The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent

Tutkimustuotos: Artikkeli kirjassa/konferenssijulkaisussavertaisarvioitu

Standard

The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent. / Gerstner, Philip M.; Zhang, Hai; Gane, Patrick A.C.

38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011. toim. / Nils Enlund; Mladen Lovrececk. PNYME, Technical Association of the Paper and Printing Industry, 2011. s. 10.

Tutkimustuotos: Artikkeli kirjassa/konferenssijulkaisussavertaisarvioitu

Harvard

Gerstner, PM, Zhang, H & Gane, PAC 2011, The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent. julkaisussa N Enlund & M Lovrececk (toim), 38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011. PNYME, Technical Association of the Paper and Printing Industry, Sivut 10.

APA

Gerstner, P. M., Zhang, H., & Gane, P. A. C. (2011). The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent. teoksessa N. Enlund, & M. Lovrececk (Toimittajat), 38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011 (Sivut 10). PNYME, Technical Association of the Paper and Printing Industry.

Vancouver

Gerstner PM, Zhang H, Gane PAC. The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent. julkaisussa Enlund N, Lovrececk M, toimittajat, 38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011. PNYME, Technical Association of the Paper and Printing Industry. 2011. s. 10

Author

Gerstner, Philip M. ; Zhang, Hai ; Gane, Patrick A.C. / The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent. 38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011. Toimittaja / Nils Enlund ; Mladen Lovrececk. PNYME, Technical Association of the Paper and Printing Industry, 2011. Sivut 10

Bibtex - Lataa

@inproceedings{96e69c740f5e4b72a64b72f9c59447bb,
title = "The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent",
keywords = "capillary vaporisation, Coating structure, film flow, heatset printing, capillary vaporisation, Coating structure, film flow, heatset printing, capillary vaporisation, Coating structure, film flow, heatset printing",
author = "Gerstner, {Philip M.} and Hai Zhang and Gane, {Patrick A.C.}",
year = "2011",
language = "English",
pages = "10",
editor = "Nils Enlund and Mladen Lovrececk",
booktitle = "38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011",
publisher = "PNYME, Technical Association of the Paper and Printing Industry",

}

RIS - Lataa

TY - GEN

T1 - The effect of coating pore structure and geometry on the drying efficiency of heatset web-offset ink solvent

AU - Gerstner, Philip M.

AU - Zhang, Hai

AU - Gane, Patrick A.C.

PY - 2011

Y1 - 2011

KW - capillary vaporisation

KW - Coating structure

KW - film flow

KW - heatset printing

KW - capillary vaporisation

KW - Coating structure

KW - film flow

KW - heatset printing

KW - capillary vaporisation

KW - Coating structure

KW - film flow

KW - heatset printing

M3 - Conference contribution

SP - 10

BT - 38th IARIGAI International Research Conference of Advances in Printing and Media Technology, Budapest and Debrecen, Hungary, 2011

A2 - Enlund, Nils

A2 - Lovrececk, Mladen

PB - PNYME, Technical Association of the Paper and Printing Industry

ER -

ID: 549060