Artigos e Palestras / Articles and Speeches
Growth-layer-level microfibril angle, lignin and carbohydrate variation with radial direction, earlywood and latewood, and compression wood content, for bent and straight ramets of a radiata pine clone. P. Kibblewhite; R. Evans; J. Grace; M. Riddell; I. Suckling. 61st Appita Annual Conference and Exhibition. pp.: 189-197. (2007). A courtesy from Appita
Wood-fibre for future products from pulp. R. P. Kibblewhite. 61st Appita Annual Conference and Exhibition. pp.: 203-206. (2007). A courtesy from Appita
The pressure screen - a tool for the modern fibre alchemist. M. Sloane; P. Kibblewhite; M. Riddell; S. Williams. 60th Appita Annual Conference and Exhibition. pp.: 65-73. (2006). A courtesy from Appita
Kraft handsheet property prediction from the wood and fibre properties of radiata pine seedling and cloned trees. R. P. Kibblewhite; R. Evans; M. J. C. Riddell. 60th Appita Annual Conference and Exhibition. pp.: 255-266. (2006). A courtesy from Appita
Effect of wood stiffness on radiata pine kraft pulp quality. R. Evans; R. P. Kibblewhite; M. J. C. Riddell. 60th Appita Annual Conference and Exhibition. pp. 267-275. (2006). A courtesy from Appita
Clonal variation in wood, chemical, and kraft fibre and handsheet properties of slabwood and toplogs in 27-year-old radiata pine. M. J. C. Riddell; R. P. Kibblewhite; C. J. A. Shelbourne. Appita Journal 58(2): 149-155. (2005). A courtesy from Appita
Effect of grammage and concentration on paper sheet formation of Pinus radiata kraft pulps. U. W. Winters; G. G. Duffy; R. P. Kibblewhite; M. J. C. Riddell. Appita Journal 55(1): 35-42. (2002). A courtesy from Appita
Prediction of whole-tree radiata pine kraft tracheid/fibre length from pith-to-bark strips taken 1.4 m from ground. R. P. Kibblewhite; R. Evans; M. J. C. Riddell. Appita Journal 55(3): 213-219. (2002). A courtesy from Appita
Dimensional relationships among radiata pine wood tracheid, and chemical and TMP pulp fibres. R. P. Kibblewhite; R. Evans. Appita Journal 54(3): 297-303. (2001). A courtesy from Appita
Relationships between wood and pulp properties of twenty-five 13 year-old radiata pine trees. R. Evans; R. P. Kibblewhite; M. Lausberg. Appita Journal 52(2): 132-139. (1999). A courtesy from Appita
Modification of a commercial radiata pine kraft pulp using carbohydrate degrading enzymes. R. P. Kibblewhite; K. K. Y. Wong. Appita Journal 52(4): 300-304. (1999). A courtesy from Appita
Variation in test results for kraft pulp wood chip evaluations. M. J. C. Riddell; R. P. Kibblewhite. Appita Journal 52(6): 454-459. (1999). A courtesy from Appita
An evaluation of three formation testers using radiata pine and spruce kraft pulps. U. Wahjudi; G. G. Duffy; R. P. Kibblewhite. Appita Journal 51(6): 423-427. (1998). A courtesy from Appita
Effects of enzymatic modification on radiata pine kraft fibre wall chemistry and physical properties. T. A. Clark; R. W. Allison; R. P. Kibblewhite. Appita Journal 50(4): 329-335. (1997). A courtesy from Appita
Kraft pulp fibre property prediction from wood properties in eleven radiata pine clones. R. Evans; R. P. Kibblewhite; S. Stringer. Appita Journal 50(1): 25-33. (1997). A courtesy from Appita
Inheritance of tracheid transverse dimensions and wood density in radiata pine. T. Shelbourne; R. Evans; P. Kibblewhite; C. Low. Appita 50(1): 47-50. (1997). A courtesy from Appita
Handsheet property prediction from kraft-fibre and wood-tracheid properties in eleven radiata pine clones. R. P. Kibblewhite; R. Evans; M. J. C. Riddell. Appita Journal 50(2): 131-138. (1997). A courtesy from Appita
Enzymatic modification of radiata pine kraft fibre and handsheet properties. R. P. Kibblewhite; T. A. Clark. Appita Journal 49(6): 390-396. (1996). A courtesy from Appita
Kraft pulp qualities of eleven radiata pine clones. R. P. Kibblewhite; J. M. Uprichard. Appita Journal 49(4): 243-250. (1996). A courtesy from Appita
Comparison of refining response of eucalypt and mixed hardwood pulp and their blends with softwood. C. L. Brindley; R. P. Kibblewhite. Appita Journal 49(1): 37-42. (1996). A courtesy from Appita
Handsheet property prediction from kraft fibre, and wood tracheid properties in eleven radiata pine clones. R. P. Kibblewhite; R. Evans; M. J. C. Riddell. TAPPI International Paper Physics Conference. 47-48 p. (1995). A courtesy from TAPPI
The effect of laboratory mixing at medium pulp concentration on radiata pine kraft pulp. M. J. Ellis; R. W. Allison; R. P. Kibblewhite. Appita Journal 48(5): 358-362. (1995). A courtesy from Appita
TMP fibre and fines qualities of thirteen radiata pine wood types. R. P. Kibblewhite; A. D. Bawden; C. L. Brindley. Appita Journal 48(5): 367-377. (1995). A courtesy from Appita
New Zealand radiata pine market kraft pulp refining demand, freeness, and strength properties. R. P. Kibblewhite. Papro New Zealand. 04 pp. (1993). A courtesy Dr. R.P. Kibblewhite
New Zealand radiata pine market kraft pulp reinforcement and optical properties. R. P. Kibblewhite. Papro New Zealand. 04 pp. (1993). A courtesy Dr. R.P. Kibblewhite
Radiata pine thinnings and toplog kraft pulp qualities. R. P. Kibblewhite; A. D. Bawden. Appita Journal 44(4): 247- 251. (1991). A courtesy from Appita
Blends of extreme high and low coarseness radiata pine kraft pulps - fibre and handsheet properties. R. P. Kibblewhite; A. D. Bawden. Appita Journal 43(3): 199-207. (1990). A courtesy from Appita
Refining behaviours and fibre characteristics of kraft pulps of yield 49 to 67 per cent. R. P. Kibblewhite. Appita Journal 42(5): 364-371. (1989). A courtesy from Appita
New Zealand radiata pine market kraft pulp qualities. R. P. Kibblewhite. Papro New Zealand. 04 pp. (1989). A courtesy Dr. R.P. Kibblewhite
Chemimechanical and thermomechanical pulps of radiata pine corewood and slabwood. Part 3 - Factors determining paper quality. R. P. Kibblewhite; S. R. Corson; K. L. Graham. Appita Journal 40(2): 121-131. (1987). A courtesy from Appita
Radiata pine wood and kraft pulp quality relationships. R. P. Kibblewhite. Appita Journal 37(9): 741-747. (1984). A courtesy from Appita
The qualities of radiata pine papermaking fibres. R. P. Kibblewhite. Appita Journal 35(4): 289-298. (1982). A courtesy from Appita
Application of fibre characterization techniques to industrial papermaking operations. R. P. Kibblewhite. Appita Journal 33(2): 111-118. (1979). A courtesy from Appita
Effects of beating on radiata pine kraft properties: effects of beaters. R. P. Kibblewhite. Appita 27(6): 418-423. (1974). A courtesy from Appita
Embalagens celulósicas no caminho do crescimento. M. Capela. O Papel (Outubro): 68-70. (2005). A courtesy from ABTCP
Influência da refinação em alta consistência em papéis sack kraft. E. A. Reis. 35º Congresso Anual da ABTCP – Associação Brasileira Técnica de Celulose e Papel. Apresentação em PowerPoint: 41 slides. (2002). A courtesy from ABTCP
Refinação de polpa química em alta consistência. P. E. Galatti. Curso sobre Refino. ABTCP – Associação Brasileira Técnica de Celulose e Papel. 19 pp. (2001). A courtesy from ABTCP
Papéis para sacaria. A. C. M. Coelho; A. Souza. O Papel (Setembro): 64-67. (2000). A courtesy from ABTCP
Papel extensível para sacos multifoliados. E. F. G. Ardito. O Papel (Abril): 59-60. (1997). A courtesy from ABTCP
Técnicas de fabricação de papéis e cartões para embalagem. F. C. Razzolini. ABTCP – Associação Brasileira Técnica de Celulose e Papel. 66 pp. (1994). A courtesy from ABTCP
O papel extensível e seu uso em sacos multifoliados. P. Grundy. O Papel (Outubro): 35-38. (1994). A courtesy from ABTCP
Avaliação da reciclabilidade de papéis sack kraft. M. L. Souza; R. Antes; R. S. Oliveira; S. M. Sommer. ABTCP – Associação Brasileira Técnica de Celulose e Papel. 08 pp. (s/d). A courtesy from ABTCP
Avaliação da reciclabilidade de papéis sack kraft. M. L. Souza; R. Antes; R. S. Oliveira; S. M. Sommer. ABTCP – Associação Brasileira Técnica de Celulose e Papel. Apresentação em PowerPoint: 17 slides. (s/d). A courtesy from ABTCP
Papéis para sacaria. A. C. M. Coelho; A. Souza. ABTCP – Associação Brasileira Técnica de Celulose e Papel. 12 pp. (s/d). A courtesy from ABTCPPapéis com extensibilidade aumentada. Determinação, processo de fabricação, utilização. C. Worbs. O Papel (Sem referência de data). A courtesy from ABTCP
