315-329 | Electrospinning of Technical Lignins for the Production of Fibrous Networks | Ian Dallmeyer; Frank Ko; John F. Kadla |
330-347 | Scale of Homogeneous Mixing in Miscible Blends of Organosolv Lignin Esters with Poly(ε-caprolactone) | Yoshikuni Teramoto; Seung-Hwan Lee; Takashi Endo; Yoshiyuki Nishio |
348-359 | Mechanical Effect of Acetic Acid Lignin Adsorption on Honeycomb-Patterned Cellulosic Films | Yasumitsu Uraki; Chinatsu Matsumoto; Takuro Hirai; Yutaka Tamai; Makiko Enoki; Hiroshi Yabu; Masaru Tanaka; Masatsugu Shimomura |
360-372 | Thermal Expansion of High Filler Content Cellulose-Plastic Composites | Hirokazu Ito; Hidehiro Hattori; Tadashi Okamoto; Masahiro Takatani |
373-381 | Preparation of Thermoplastic Magnetic Wood via Etherification and In-Situ Synthesis of Iron Oxide | Yusuke Matsumoto; Yoshikuni Teramoto; Yoshiyuki Nishio |
191-213 | Chlorate Formation in Chlorine Dioxide Delignification—An Analysis via Elementary Kinetic Modeling | Ville Tarvo; Tuula Lehtimaa; Susanna Kuitunen; Ville Alopaeus; Tapani Vuorinen |
214-226 | Mechanistic Differences Between Kraft and Soda/AQ Pulping. Part 1: Results from Wood Chips and Pulps | S. K. Bose; S. Omori; D. Kanungo; R. C. Francis; N. -H. Shin |
227-240 | Mechanistic Differences Between Kraft and Soda/AQ Pulping. Part 2: Results from Lignin Model Compounds | D. Kanungo; R. C. Francis; N. -H. Shin |
241-250 | Properties of Acetylated Wood Prepared at Low Temperature in the Presence of Catalysts | Jian-Zhang Li; Takeshi Furuno; Wen-Rui Zhou; Qian Ren; Xiu-Zhi Han; Jin-Ping Zhao |
251-264 | Evolution of Extractive Composition During Thermal Treatment of Jack Pine | Sandor Poncsak; Duygu Kocaefe; François Simard; André Pichette |
1-10 | Dye Stability in the Presence of Hydrogen Peroxide and Its Implication for Using Dye in the HYP Manufacturing Process | Hongbin Liu; Shuhui Yang; Yonghao Ni |
11-23 | Inverse Gas Chromatography for Determining the Surface Free Energy and Acid-Base Chemical Characteristics of a Water Extracted Hardwood (Acer rubrum) | Ryan H. Mills; Rory Jara; Douglas J. Gardner; Adriaan van Heiningen |
24-42 | Prediction of Lignin and Extractive Content of Pinus nigra Arnold. var. Pallasiana Tree Using Near Infrared Spectroscopy and Multivariate Calibration | B. Uner; İ. Karaman; H. Tanriverdi; D. Özdemir |
43-58 | Chemical Composition and Wood Anatomy of Eucalyptus globulus Clones: Variations and Relationships with Pulpability and Handsheet Properties | Mauricio Ramírez; Jaime Rodríguez; Claudio Balocchi; Miguel Peredo; Juan Pedro Elissetche; Regis Mendonça; Sofia Valenzuela |
59-73 | Purification and Characterization of Lignin Peroxidase from Pleurotus sajor caju MTCC–141 | M. Yadav; S. K. Singh; K. D. S. Yadav |
247-260 | Identification of Anti-Wood Rot Compounds in Teak (Tectona grandis L.f.) Sawdust Extract | Pattarawadee Sumthong; Roman R. Romero-González; Robert Verpoorte |
261-269 | Reactions and Distribution of Birch Extractives in Kraft Pulp Oxygen Delignification | Eija Bergelin; Bjarne Holmbom |
270-282 | Preparation and Characterization of Amphiphilic Lignin Derivatives as Surfactants | Harumi Homma; Satoshi Kubo; Tatsuhiko Yamada; Yasuyuki Matsushita; Yasumitsu Uraki |
283-295 | Mechanical Properties of an Extruded Wood Plastic Composite: Analytical Modeling | Françoise Hugot; Gilles Cazaurang |
296-315 | Analysis of Among-Species Variability in Wood Fiber Surface Using DRIFTS and XPS: Effects on Esterification Efficiency | Hassine Bouafif; Ahmed Koubaa; Patrick Perré; Alain Cloutier; Bernard Riedl |
316 | Erratum |
167-179 | The Effect of Wood Drying on Crystallinity and Microfibril Angle in Black Spruce (Picea mariana) | Prasad Rayirath; Stavros Avramidis; Shawn D. Mansfield |
180-193 | Dynamic Mechanical Analysis of Mountain Pine Beetle–Infested Lodgepole Pine: Effect of Time-Since-Death | Parisa Zaini; Reza Korehei; Yong Sik Kim; John F. Kadla |
194-206 | Use of Visible and Near Infrared Spectroscopy to Predict Klason Lignin Content of Bamboo, Chinese Fir, Paulownia, and Poplar | Anmin Huang; Gaiyun Li; Feng Fu; Benhua Fei |
207-226 | Cynara cardunculus as Raw Material for the Production of Binderless Fiberboards: Optimization of Pretreatment and Pressing Conditions | C. Mancera; F. Ferrando; J. Salvadó |
227-239 | Study on Direct Delignification with Laccase/Xylanase System | Jixue You; Jiajia Meng; Xingxing Chen; Hanling Ye |
240-246 | Preliminary Study on Chicken Feather Protein–Based Wood Adhesives | Zehui Jiang; Daochun Qin; Chung-Yun Hse; Monlin Kuo; Zhaohui Luo; Ge Wang; Yan Yu |
1-25 | Polyoxometalate (POM) Oxidation of Phenols: Effect of Aromatic Substituent Groups on Reaction Mechanism | Yong Sik Kim; Hou-min Chang; John F. Kadla |
26-36 | Characterization of Poly (Methyl Acrylate) Grafted Bleached Sulfite Pulp Fibers using AFM, AEM, EDS and STEM | Vaibhav Jain; Yonghao Ni |
37-46 | Monoterpene Emissions from Lodgepole and Jack Pine Bark Inoculated with Mountain Pine Beetle-Associated Fungi | Robert W. Jost; Adrianne V. Rice; David W. Langor; Yaman Boluk |
47-54 | Water Repellency and Dimensional Stability of Southern Pine Decking Treated with Waterborne Resin Acids | Joseph Dahlen; Darrel D. Nicholas; Tor P. Schultz |
55-65 | A Kinetic Model of the Magnesium Hydroxide–Based Peroxide Bleaching Process of a TMP | Huan Wang; Zhibin He; Yonghao Ni |
1-8 | Synthesis of Hydroxyphenylpropanoid β-D-glucosides | Magdalena Mazur; Kyle Hope-Ross; John F. Kadla; Ron Sederoff; Hou-min Chang |
9-21 | Interaction of Hemicelluloses with Monolignols | Yasumitsu Uraki; Atsushi Nakamura; Takao Kishimoto; Makoto Ubukata |
23-33 | Ionic Liquid as a Green Solvent for Lignin | Yunqiao Pu; Nan Jiang; Arthur J. Ragauskas |
35-47 | Analysis of Ethanol-Soluble Extractives in Southern Pine Wood by Low-Field Proton NMR | Thomas L. Eberhardt; Thomas Elder; Nicole Labbé |
289-297 | Tailoring the Wet Strength of Linerboard Via Dielectric Barrier Discharge | E. E. Johansson; T. J. Elder; A. J. Ragauskas |
299-311 | Extending Near Infrared Reflectance(NIR) Pulp Yield Calibrations to NewSites and Species | Laurence R. Schimleck; Peter D. Kube; Carolyn A. Raymond; Anthony J. Michell; Jim French |
313-324 | Alkaline Treatment of Black Spruce Bark for the Manufacture of Binderless Fiberboard | Xinglian Geng; S. Y. Zhang; James Deng |
325-337 | Delignification and Bleaching Response of Earlywood and Latewood | Disa Tormund; Elisabet Brännvall; Marie Bäckström; Leelo Olm |
339-348 | Modification of Loblolly Pine Chips with Ceriporiopsis subvermispora Part 1: Effect of Fungal Treatment | Laura L. Villalba; Gary M. Scott; Leland R. Schroeder |
349-362 | Modification of Loblolly Pine Chips with Ceriporiopsis subvermispora Part 2: Kraft Pulping of Treated Chips | Laura L. Villalba; Gary M. Scott; Leland R. Schroeder |
289-306 | Influence of Fiber Properties on the Network Strength of Softwood and Hardwood Kraft Pulp Fibers from Different Stages of a Bleaching Sequence | Jeanette Risén; Anette Heijnesson Hultén; Magnus Paulsson |
307-321 | Surface Characterization of Softwood and Hardwood Kraft Pulp Fibers from Different Stages in a Bleaching Sequence | Jeanette Risén; Anette Heijnesson Hultén; Magnus Paulsson |
323-340 | Oxidation of Lignin Model Compounds with Cobalt-sulphosalen Catalyst in the Presence and Absence of Carbohydrate Model Compound | V. Sippola; O. Krause; T. Vuorinen |
341-355 | Formation of Oxalate from the Mg(OH)2-Based Peroxide Bleaching of Mechanical Pulps | L. Yu; M. Rae; Y. Ni |
357-370 | Bleachability of Kraft Pulps from Earlywood and Latewood of Fast-Growing Loblolly Pine | Qizhou Dai; Hasan Jameel; Hou-min Chang; John F. Kadla |
1-11 | Using DTPA to Decrease Manganese-Induced Peroxide Decomposition | Z. Qiu; Y. Ni; S. Yang |
13-29 | Oxygen Delignification Chemistry and Its Impact on Pulp Fibers | Rallming Yang; Lucian Lucia; Arthur J. Ragauskas; Hasan Jameel |
31-46 | Surface Characterization of Unbleached and Oxygen Delignified Kraft Pulp Fibers | Anette Heijnesson Hultén; Magnus Paulsson |
47-69 | Reactivity of the Carbonate Radical Anion Towards Carbohydrate and Lignin Model Compounds | David Stenman; Magnus Carlsson; Mats Jonsson; Torbjörn Reitberger |
71-87 | A Novel Selective Cleavage Method for β-O-4 Substructure in Lignins Named TIZ Method. I. Degradation of Guaiacyl and Syringyl Models | Rui Katahira; Masaki Ujihara; Fumiaki Nakatsubo |
89-112 | Chemical Changes in Thermomechanical Pulp at Alkaline Conditions | Andrey V. Pranovich; Kenneth E. Sundberg; Bjarne R. Holmbom |
285-293 | EFFECT OF HARVESTING AGE ON THE CHEMICAL PROPERTIES OF HEMP PLANTS | Jaymini Kamat; D. N. Roy; K. Goel |
187-197 | ENHANCEMENT OF STRENGTH PROPERTIES OF MECHANICAL PULPS | Mohini Sain; Haijun Li |
199-218 | ACCELERATED LIGHT-INDUCED AGING OF α-, β-, AND γ-13C-ENRICHED CELL WALL-DEHYDROGENATION POLYMERS STUDIED WITH SOLID STATE 13C NMR SPECTROSCOPY | Jim Parkås; Magnus Paulsson; D. L. VanderHart; Ulla Westermark |
219-233 | QUATAM PROCESS—NEW SULFUR-FREE DELIGNIFICATION | Ildiko Tanczos; Harald Schmidt |
235-248 | PULPING AND BLEACHING OF PARTIALLY CAD-DEFICIENT WOOD | D. R. Dimmel; J. J. MacKay; C. E. Courchene; J. F. Kadla; J. T. Scott; D. M. O’Malley; S. E. McKeand |
249-266 | TCF BLEACHED PULPS FROM MISCANTHUS SINENSIS BY THE IMPREGNATION RAPID STEAM PULPING (IRSP) PROCESS | Claudia Barba; Ana de la Rosa; Teresa Vidal; José F. Colom; Xavier Farriol; Daniel Montané |
93-108 | BEHAVIOR OF EUCALYPTUS GLOBULUS LIGNIN DURING KRAFT PULPING. I. ANALYSIS BY CHEMICAL DEGRADATION METHODS | Paula C. Pinto; Dmitry V. Evtuguin; Carlos Pascoal Neto; Armando J. D. Silvestre |
109-125 | BEHAVIOR OF EUCALYPTUS GLOBULUS LIGNIN DURING KRAFT PULPING. II. ANALYSIS BY NMR, ESI/MS, AND GPC | Paula C. Pinto; Dmitry V. Evtuguin; Carlos Pascoal Neto; Armando J. D. Silvestre; Francisco M. L. Amado |
127-136 | CHEMICAL CHARACTERIZATION OF BEECH CONDENSATE | Mohammed Irmouli; Jean Pierre Haluk; D. Pascal Kamdem; Bertrand Charrier |
137-146 | UV–VIS. SPECTROSCOPIC CHARACTERISTICS OF FERULIC ACID AND RELATED COMPOUNDS | George X. Pan; Cameron I. Thomson; Gordon J. Leary |
147-155 | EXTRACTION OF BETULIN BY VACUUM PYROLYSIS OF BIRCH BARK | Hooshang Pakdel; Jean Népo Murwanashyaka; Christian Roy |
157-185 | COMPARISON OF ION EXCHANGE AND DONNAN EQUILIBRIUM MODELS FOR THE PH-DEPENDENT ADSORPTION OF SODIUM AND CALCIUM IONS ONTO KRAFT WOOD PULP FIBERS | W. Yantasee; G. L. Rorrer |
1-9 | EXTRACTION AND CHARACTERIZATION OF LIPOPHILIC EXTRACTIVES FROM RICE STRAW. II. SPECTROSCOPIC AND THERMAL ANALYSIS | Runcang Sun; X. F. Sun; B. Xiao |
11-23 | FORMATION OF A NOVEL CATECHINIC ACID STEREOISOMER FROM BASE-CATALYZED REACTIONS OF ( )-CATECHIN | Koh Hashida; Seiji Ohara |
25-37 | FORMATION OF ALIPHATIC CARBOXYLIC ACIDS DURING ALKALINE PULPING OF MULI BAMBOO | Zhinan Feng; Raimo Alén; Klaus Niemelä |
39-53 | COMPARISON OF THE CHEMICAL PROPERTIES OF WHEAT STRAW AND BEECH FIBERS FOLLOWING ALKALINE WET OXIDATION AND LACCASE TREATMENTS | A. S. Schmidt; S. Mallon; A. B. Thomsen; S. Hvilsted; J. M. Lawther |
55-66 | NEW LIPOPHILIC COMPONENTS OF PITCH DEPOSITS FROM AN EUCALYPTUS GLOBULUS ECF BLEACHED KRAFT PULP MILL | Carmen S. R. Freire; Armando J. D. Silvestre; Cláudia C. L. Pereira; Carlos Pascoal Neto; José A. S. Cavaleiro |
67-81 | MULTIVARIATE CALIBRATION FOR QUANTITATIVE ANALYSIS OF EUCALYPT KRAFT PULP BY NIR SPECTROMETRY | Pedro Fardim; Márcia M. C. Ferreira; Nelson Durán |
199-210 | REACTIONS OF PINOSYLVIN AND PINOSYLVIN DIMETHYL ETHER WITH CHLORINE DIOXIDE | A. B. McKague; D. W. Reeve |
211-225 | INFLUENCE OF CARBOHYDRATE PHYSICAL STATE ON PULPING AND BLEACHING CHEMISTRY | D. R. Dimmel; H. J. Willenbrink; P. Van Vreede |
227-245 | EFFECT OF HIGH-TEMPERATURE FIBERIZATION ON THE CHEMICAL STRUCTURE OF SOFTWOOD | Petri Widsten; Jaakko E. Laine; Pia Qvintus-Leino; Simo Tuominen |
247-261 | AFFINITY OF METAL IONS FOR KRAFT PULPS STUDIED BY ESR. INHIBITION OF THEIR CATALYTIC ACTION IN OXYGEN BLEACHING | Danièle Cardona-Barrau; Dominique Lachenal; Christine Chirat |
299-312 | BLEACHABILITY OF KRAFT PULPS TREATED BY ETHANOL-BASED CHLORINE DIOXIDE DELIGNIFICATION SEQUENCES | Brian N. Brogdon; Donald R. Dimmel; Thomas J. McDonough |
97-111 | CHEMISTRY AND DELIGNIFICATION KINETICS OF CANADIAN INDUSTRIAL HEMP | Fatima Correia; D. N. Roy; Krishan Goel |
113-125 | UV-VIS SPECTRA OF LIGNIN MODEL COMPOUNDS IN THE PRESENCE OF METAL IONS AND CHELANTS | C. Peart; Y. Ni |
127-141 | THERMAL INDUCED HOMOLYTIC SCISSIONS OF LIGNIN INTERUNITARY BONDS IN THE HARDWOOD LIGNIN SOLUTION. AN ESR STUDY COMBINED WITH A SPIN TRAPPING METHOD | A. Yoshioka; T. Seino; M. Takai; M. Tabata |
143-156 | THE INFLUENCE OF THE BLEACHING MEDIUM ON CHLORINE DIOXIDE DELIGNIFICATION | Brian N. Brogdon; Donald R. Dimmel; Thomas J. McDonough |
157-167 | CHEMICAL AND SODA PULPING PROPERTIES OF KENAF AS A FUNCTION OF GROWTH | Saffet Karakus; D. N. Roy; K. Goel |
169-179 | ACTION OF OXYGEN ON THE CARBOHYDRATES OF A KRAFT PULP. THE INFLUENCE OF A SODIUM BOROHYDRIDE PRE-TREATMENT | Danièle Cardona-Barrau; Dominique Lachenal |
181-197 | CONTRIBUTION OF CARBOHYDRATE-DERIVED CHROMOPHORES TO KRAFT PULPING LIQUOR COLOUR | Ian D. Suckling; Maria F. Pasco |
1-17 | PULPING AND BLEACHING OF CAD-DEFICIENT WOOD | D. R. Dimmel; J. J. MacKay; E. M. Althen; C. Parks; R. R. Sederoff |
19-29 | PYROLYSIS MASS SPECTRAL CHARACTERIZATION OF WOOD FROM CAD-DEFICIENT PINE | J. MacKay; D. R. Dimmel; J. J. Boon |
31-52 | REACTION OF p-HYDROXYCINNAMYL ALCOHOLS WITH TRANSITION METAL SALTS IV. TAILORED SYNTHESES OF β-O-4 TRIMERS1 | Lawrence L. Landucci; Sally A. Ralph |
53-66 | IMPACTS OF ARYL-ETHER CLEAVAGES IN ALKALINE DELIGNIFICATION OF SOFTWOOD | Chun-Han Ko; Yuan-Zong Lai |
67-79 | MECHANISMS OF OXIDATIVE DEGRADATION OF CARBOHYDRATES DURING OXYGEN DELIGNIFICATION. II. REACTION OF PHOTOCHEMICALLY GENERATED HYDROXYL RADICALS WITH METHYL β-CELLOBIOSIDE | D. F. Guay; B. J. W. Cole; R. C. Fort Jr.; M. C. Hausman; J. M. Genco; T. J. Elder; K. R. Overly |
81-95 | THE EFFECT OF AUTOCATALYZED ETHANOL PULPING ON LIGNIN CHARACTERISTICS | M. Oliet; F. Rodríguez; J. García; M. A. Gilarranz |
225-242 | Pulping Catalysts in Trees | Donald R. Dimmel; Perla Izsak Sklar; Karen E. Crews; Gerald S. Pullman |
243-264 | Reaction of p-Hydroxycinnamyl Alcohols with Transition Metal Salts 3. Preparation and NMR Characterization of Improved DHPs | Lawrence L. Landucci |
265-276 | Aqueous Gel Permeation Chromatographic Methods for Technical Lignins | Fangeng Chen; Jing Li |
277-305 | pKa-Values of Guaiacyl and Syringyl Phenols Related to Lignin | Martin Ragnar; Christofer T. Lindgren; Nils-Olof Nilvebrant |
307-320 | FTIR Monitoring of Chemical Changes in Softwood During Heating | Risto A. Kotilainen; Timo-Jaakko Toivanen; Raimo J. Alén |
321-335 | Enzyme Treatments of the Dissolved and Colloidal Substances Present in Mill White Water and the Effects on the Resulting Paper Properties | Xiao Zhang; Derrick W. Stebbing; John N. Saddler; Rodger P. Beatson; Kristiina Kruus |
113-132 | A Method for Evaluating Lignin Mobility Distributions Obtained by Capillary Zone Electrophoresis | Elisabeth Sjöholm; Erik Norman; Störker Moe; Anders Colmsjö |
133-145 | Intrinsic Metal Binding Capacity of Kraft Lignins | John Werner; Arthur J. Ragauskas; Jian E. Jiang |
147-167 | The Role of Oxalic Acid in the Ozone Bleaching Kinetics of an Xo-Kraft Pulp | M. Blanca Roncero; José F. Colom; Teresa Vidal; M. Àngels Queral |
169-184 | The Effects of Oxidative Alkaline Extraction Stages After LaccaseHBT and LaccaseNHAA Treatments-An NMR Study of Residual Lignins | F. S. Chakar; A. J. Ragauskas |
185-204 | Carboxymethyl Cellulose from Waste Lignocellulosic Pulps Produced by a Fast Soda/Aq Process | Claudia Barba; Jordi Reguant; Xavier Farriol; Daniel Montané |
205-224 | Chemical Modification of Chemithermomechanical Pulps Part 1: Mechanical, Optical, and Aging Properties of Propionylated Spruce CTMP | Magnus Paulsson; Jim Parkas |
287-306 | Esterification of Hemicelluloses from Poplar Chips in Homogenous Solution of N, N- Dimethylformamide/Lithium Chloride | Runcang Sun; J. M. Fanga; J. Tomkinson; C. A. S. Hill |
307-321 | The Influence of the Bleaching Medium on Caustic Extraction Efficiency (II): Oxidized Lignin Solubility | Brian N. Brogdon; Donald R. Dimmel; Thomas J. McDonough |
323-334 | Improving Peroxide Bleaching of Chemical Pulps by Stabilizing Manganese | Yan Ju; Yonghao Ni; Hiroshi Ohi |
335-356 | Fractional Isolation and Structural Characterization of Lignins from Oil Palm Trunk and Empty Fruit Bunch Fibers | R. C. Sun; J. M. Fang; J. Tomkinson |
357-378 | Structures, and Reactivities with Formaldehyde, of Some Acetosolv Pine Lignins | Gonzalo Vázquez; Sonia Freire; Carlos Rodríguez-Bona; Julia González; Gervasio Antorrena |
379-407 | Polarographically Active Structural Fragments of Lignin. I. Monomeric Model Compounds | Edward Evstigneyev; Helen Maiyorova; Andrew Platonov |
409-410 | Author Index to Volume 19 | |
411-414 | Subject Index to Volume 19 |
187-202 | Reaction Selectivity of Active Oxygen Species in Oxygen-Alkali Bleaching | Tomoya Yokoyama; Yuji Matsumoto; Gyosuke Meshitsuka |
203-212 | Effect of Xylanase and Dosage on the Refining Properties of Unbleached Softwood Kraft Pulp | Ken K. Y. Wong; R. Paul Kibblewhite; Frances A. Signal |
213-223 | A Model Compound Study: The Formation of Colored Metallic Extractive Complexes and Their Effect on the Brightness of Tmp Pulp | Y. Ni; A. Ng; M. Mosher |
225-246 | Simulation of Acetosolv Pulping of Eucalyptus Wood | Severino Abad; Valentín Santos; Juan Carlos Parajó |
247-264 | An Investigation of the Reaction of Epoxides with Wood | Nihat S. Cetin; Callum A. S. Hill |
265-286 | Differential Scanning Calorimetry of Phenol-Formaldehyde (PF) Adhesives | Byung-Dae Park; Bernard Riedl; Hyeun-Jong Bae; Yoon Soo Kim |
v | Announcement | |
vii | Announcement | |
341-360 | Phenolation of ( )-Catechin with Mineral Acids. II. Identification of New Reaction Products | Weiling Peng; Anthony H. Conner; Richard W. Hemingway |
361-382 | Assessment of Lignin Model Quality in Lignin Chemical Shift Assignments – Substituent and Solvent Effects1 | Lawrence L. Landucci; Sally A. Ralph |
383-390 | The Influence of Sulfidity in Kraft Pulping on the Nature of Residual Lignin | Rallming Yang; Yuan-Zong Lai |
391-397 | Analysis of Lignins as Propionate Derivatives by NMR Spectroscopy | Shiming Li; Knut Lundquist |
399-417 | Non-destructive Determination of Wood Constituents by Fourier Transform Raman Spectroscopy | T. Ona; T. Sonoda; K. Ito; M. Shibata; T. Kato; Y. Ootake |
419-433 | Chemical Modification of Wood with Maleic Anhydride and Subsequent Copolymerization with Diallyl Phthalate | H. D. Rozman; R. N. Kumar; H. Abdul Khalil; A. Abusamah; R. Abu |
435 | Erratum |
209-222 | Aromatic Products from Reaction of Lignin Model Compounds with UV-Alkaline Peroxide | Yan-Ping Sun; Adrian F. A. Wallis; Kien Loi Nguyen |
223-234 | Reactivity of Lignin Diphenylmethane Model Dimers Under Mild Alkali-O2 Conditions | Hui Xu; Yuan-Zong Lai |
235-258 | Pulping Catalysts from Lignin. VIII. Nitrogen Dioxide Oxidation of Lignins to Benzoquinones | Donald R. Dimmel; Ken-ichi Kuroda; Xiaoqi Pan; Joseph J. Bozell |
259-285 | Oxidation of Hardwood Kraft-Lignin to Phenolic Derivatives. Nitrobenzene and Copper Oxide as Oxidants | J. C. Villar; A. Caperos; F. García-Ochoa |
287-296 | NMR Studies II. Investigation of Process Analytical NMR Techniques for the Pulp and Paper Industry1 | E. J. Draheim; A. J. Ragauskas |
297-326 | The Chemistry of Ozone During Pulp Bleaching | Johan Lind; Gabor Merényi; Karin Wegner |
327-340 | Inhibitory Effects of Bark Proanthocyanidins on the Activities of Glucosyltransferases of Streptococcus Sobrinus | Tohru Mitsunaga; Isao Abe; Masanori Kontani; Hiroyuki Ono; Takaharu Tanaka |
347-365 | Chemical Structure of Residual Lignin from Kraft Pulp | Peter M. Froass; Arthur J. Ragauskas; Jian-er Jiang |
367-380 | A Novel Ozone Bleaching Technology for the Alcell® Process | Y. Ni; A. R. P. van Heiningen; J. Lora; L. Magdzinski; E. K. Pye |
381-403 | The Bleaching and Photostabilization of High-Yield Pulp by Sulfur Compounds. I. Reaction of Thioglycerol with Model Quinones | Barbara J. W. Cole; Chen Zhou; Raymond C. Fort Jr |
405-419 | Competing Reactions Affecting Delignification in Pulping Systems | Brian N. Brogdon; Donald R. Dimmel |
421-437 | The Effect of Recycling on Chemical Properties of the Thermomechanical Pulp | Surendra Singh; D. N. Roy |
439-457 | Characterization of Dissolved Lignins in Two-Stage Organosolv Delignification of Wheat Straw | J. Mark Lawther; R. -C. Sun; W. B. Banks |
1-19 | Phenol-Formaldehyde Plywood Adhesive Resins Prepared With Liquefied Bark of Black Wattle (Acacia mearnsii) | Marcos A. E. Santana; Melissa G. D. Baumann |
21-34 | Effects of Urea Addition to Phenol-Formaldehyde Resin Binders for Oriented Strandboard | Moon G. Kim; Christopher Watt; Charles R. Davis |
35-46 | The Synthesis and Chemical Structures of Tetrameric Lignin Model Compounds | F. Xi; Douglas W. Reeve; A. B. McKague |
47-60 | Analysis of Low Molecular Weight Lignin-Derived Sulphonates by Capillary Zone Electrophoresis | Olof Dahlman; Karin Månsson |
61-78 | Analysis of Kinetic Data in the Enzymatic Hydrolysis of Delignified Wood | Juan C. Parajó; José L. Alonso; Valentín Santos |
79-93 | Mechanistic Investigations into the Brightness Stabilization Effects of Hexadienol | L. C. Harvey; A. J. Ragauskas |
95-107 | 1. Factors Influencing the Reaction Selectivity between Carbohydrate and Lignin Model Compounds | Mitsuo Yasumoto; Yuji Matsumoto; Atsushi Ishizu |
303-328 | Behavior Of Calcium, Magnesium and Manganese Compounds During Oxygen Bleaching of Kraft Pulps | Olof Samuelson; Urban Öjteg |
329-347 | Contribution of Lignin Sub-Structures to Nitrobenzene Oxidation Products | Felisa D. Chan; Kien Loi Nguyen; Adrian F. A. Wallis |
349-368 | Reaction of p-Hydroxycinnamyl Alcohols with Transition Metal Salts. 1. Oligolignols and Polylignols (DHPs) From Coniferyl Alcohol | Lawrence L. Landucci |
369-393 | Effects of Multiple Pulping Variables on the Molecular Weight and Molecular Weight Distribution of Kraft Lignin | Daojie Dong; Arthur L. Fricke |
395-411 | Comparative Studies on the Mechanochemistry of Guaiacylglycerol- and Veratrylglycerol- β -Guaiacyl Ether | Kazutaka Itoh; Masashi Sumimoto; Hiroo Tanaka |
339-349 | The Influence of Light on the Molecular Mass of Lignin | Helmut Koch; Karin Hübner; Klaus Fischer |
351-367 | Concentrations of Phenolic Hydroxyl Groups in Secondary Wall and Middle Lamella of Spruce (Picea abies) | R. C. Francis; K. L. Wilson; A. F. Brown |
369-382 | Separation of Phenolic Compounds from Sugarcane Bagasse Pith and Their Determination by HPLC | Elvira Ríos Leal; Refugio Rodríguez-Váquez; Tomás Galindo |
383-402 | Chemicals Generated During Oxygen-Organosolv Pulping of Wood | C. Pascoal Neto; D. Evtuguin; A. Robert |
403-428 | Synthesis and Identification of Graft Copolymers of Wood Pulp and 4-Methyl-2-oxy-3-oxopent-4-ene | John J. Meister; Meng-Jiu Chen |
429-449 | Novel Wood Processing by Maleic Acid - Glycerol Mixture System: Improvement of Water Resistance and Mechanical Property of Cellulose by the Processing | Y. Uraki; K. Hashida; N. Watanabe; Y. Sano; T. Sasaya; H. Fujimoto |
451-466 | Crystalline Forms of Cellulose in Softwoods and Hardwoods | Roger H. Newman |
vii-x | Kyosti Vilho Sarkanen | Joseph L. McCarthy |
367-386 | Aryl Migrations During Pulping | Josef Gierer |
387-412 | Formation and Reactions of Leucochromophoric Structures in High Yield Pulping | Göran Gellerstedt; Liming Zhang |
413-424 | An Approach to the Determination of Functional Groups in Oxidized Lignins by 19F Nmr | Michel Barrelle; Jean Claude Fernandes; Pierre Froment; Dominique Lachenal |
425-445 | 2D Nmr Study of Residual Lignin in Beech Kraft Pulp Combined with Selective Cleavage with Pivaloyl Iodide | N. Fukagawa; G. Meshitsuka; A. Ishizu |
447-469 | Some Properties of Paucidisperse Gymnosperm Lignin Sulfonates of Different Molecular Weights | Richard F. Buchholz; John A. Neal; Joseph L. McCarthy |
471-483 | Stereochemistry of Neolignans - A Revised Structure for a Neolignan Isolated from the Roots of Piper capense | Mary J. Reilly; Adrian F. A. Wallis; Knut Lundquist; Rolf Stomberg |
485-510 | Graft Pulping in Organosolv Systems | Raymond A. Young; Suminar Achmadi |
135-147 | Structure and Reactivity of Spruce Mechanical Pulp Lignins Part I. Bleaching and Photoyellowing of in situ Lignins | Xiaoqi Pan; Dominique Lachenal; Catherine Lapierre; Bernard Monties |
149-163 | Effects of Chemical Treatments on Ultra-High-Yield Pulping. IV. The Influence of Sulfite Liquor pH on Norway Spruce CMP | Yuan-Z Lai; Wei Situ |
165-178 | Effects of Chemical Treatments on Ultra-High-Yield Pulping. VI. The Relative Effect of Lignin Oxidation and Sulfonation | Yuan-Z Lai; Wei Situ |
179-196 | Thermomechanical Pulp and Light -Photoactivity of α-Carbonyl Group in Solid Lignin | David N. -S. Hon |
197-211 | Suitability of Hybrid Willow as a Source of Pulp | Ganesh C. Deka; Barry M. Wong; D. N. Roy |
213-230 | Aqueous Thermomechanical Pretreatment of Aspen in a Batch Reactor System | F. Carrasco |
231-240 | Grafting of Maleic Anhydride Copolymers onto Cellulose Acetate and Methyl Cellulose | Myoung-Ku Lee; Christopher J. Biermann |
241 | Erratum |
a-b | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 11, Number 3 | |
263-289 | Photoreaction of Phenacyl Aryl Ether Type Lignols | Nobutaka Fukagawa; Atsushi Ishizu |
291-305 | Reactivities of Guaiacyl and Syringyl Lignin Model Phenols Towards Oxidation with Oxygen-Alkali | Vagif S. Sultanov; Adrian F. A. Wallis |
307-327 | Degradation of Methyl β-D-Ribopyranoside and Methyl β-D-Xylopyranoside by Oxygen in Aqueous Sodium Hydroxide Solution | David O. Hearne; Norman S. Thompson; Leland R. Schroeder |
329-347 | Two-Stage Peroxide Bleaching of Eucalypt-SGW with Chromium Catalysts | G. C. Hobbs; J. Abbot |
349-371 | Kinetic Models for Peroxide Bleaching Under Alkaline Conditions. I. One and Two Chromophore Models | P. J. Wright; J. Abbot |
373-396 | A Two-Dimensional NMR Study of Birch Milled Wood Lignin | Nobutaka Fukagawa; Gyosuke Meshitsuka; Atsushi Ishizu |
a-b | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 11, Number 2 | |
137-157 | 31P NMR Spectroscopy in Wood Chemistry. I. Model Compounds | Y. Archipov; D. S. Argyropoulos; H. I. Bolker; C. Heitner |
159-169 | Location of Lignin-Bonded Pectic Polysaccharides | James L. Minor |
171-193 | Lignin Chromophores. III. Syntheses of Hydroxy- and Alkoxystilbenes via Aryl Migration | Josef Gierer; Nils-Olof Nilvebrant |
195-208 | Condensed Tannins: The Formation of a Diarylpropanol-Catechinic Acid Dimer from Base-Catalyzed Reactions of ( )-Catechin | Seiji Ohara; Richard W. Hemingway |
209-223 | Triterpenoid Constituents in the Outer Bark of Betula alleghaniensis (Yellow Birch) | Barbara J. W. Cole; Michael D. Bentley; Yun Hua; Lin Bu |
225-246 | Peroxide Bleaching Reactions Under Alkaline and Acidic Conditions | G. C. Hobbs; J. Abbot |
247-261 | The Solubility Parameter of Cellulose and Alkylketene Dimer (AKD) Determined by Inverse Gas Chromatography | Hak Lae Lee; Philip Luner |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 6, Number 1 | |
1-14 | Nondegradative Preparation of Amorphous Cellulose | Leland R. Schroeder; Victor M. Gentile; Rajai H. Atalla |
15-43 | Graft Copolymerization of Furfuryl Alcohol and Cellulosic Materials | Chieu Nguyen; Eugene Zavarin |
45-71 | Light-Induced Bleaching of High-Yield Pulps Part I. Sensitized Bleaching of Pulp Sheets | Jesse D. Green |
73-88 | Adducts of Anthrahydroquinone and Anthranol with Lignin Model Quinone Methides. 9,10-13C Labelled Anthranol-Lignin Aeducts; Examination of Adouct Formation and Stereochemistry in the Polymer | John Ralph; Lawrence L. Landucci |
89-112 | Direct Evidence for Covalent Bonding Between Ketene Dimer Sizing Agents and Cellulose | Steven H. Nahm |
113-125 | Exploded Wood Lignins From Pinus Radiata Wood. 2. The Effect of So2 Pretreatment on Structure | Jacqueline A. Hemmingson |
127-144 | Physical Aspects of the Liquefaction of Poplar Chips By Rapid Aqueous Thermolysis | David G. B. Boocock; F. Porretta |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 4, Number 2 | |
131-148 | Effects of Cα -Oxidation in the Fungal Metabolism of Lignin | Patrick Fenn; T. Kent Kirk |
149-161 | Anthraquinone Losses During Alkaline Pulping | Lawrence L. Landucci; John Ralph |
163-169 | The Distribution of Chlorine in Chlorinated Kraft Pulp Fibers from Spruce Wood as Determined by Tem-Edxa | S. J. Kuang; S. Saka; D. A. I. Goring |
171-186 | 13C NMR Characterization of Soda and Soda/Aq Spent Liquor Fractions | Lawrence L. Landucci |
187-198 | Removing Hemicellulose from Pulps by Specific Enzymic Hydrolysis | M. G. Paice; L. Jurasek |
199-218 | Hemicellulose Distribution in Pulp Fibers Anti Alkaline Extraction Rates | Ralph W. Scott |
219-238 | Lattice Conversion of Cellulose in Wood | Nobuo Shiraishi; Masafumi Moriwaki; S. V. Lonikar; Tokuo Yokota |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 3, Number 4 | |
377-397 | Analytical Pyrolysis of Hardwood and Softwood Lignins and Its use in Lignin-Type Determination of Hardwood Vessel Elements | John R. Obst |
399-411 | Degradation of Lignin with Ozone: Reactivity of Lignin Model Compounds Toward Ozone | Hidenobu Kaneko; Shuji Hosoya; Kenji Iiyama; Junzo Nakano |
413-420 | Separation of Tall Oil Head Fraction Into Fatty Acids and Unsaponifiables | A. Koebner |
421-435 | Kinetics of Acid-Catalyzed Cleavage of Procyanidins | Richard W. Hemingway; Gerald W. McGraw |
437-444 | Formation of Nitric Acid During Pretreatment of Kraft Pulp with Nitrogen Dioxide and Oxygen | Thomas Engström; Olof Samuelson; Per Hall |
445-458 | The Formation of Oxalic Acid During Bleaching of Kraft Pulp | J. A. Krasowski; J. Marton |
459-472 | Kraft Cellulose Oxidation By Ruthenium Tetroxide | Claude Daneault; Bohuslav V. Kokta; Herve Cheradame |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 3, Number 3 | |
245-260 | Dilute Sulfuric Acid Prehydrolysis of Southern Red Oak Chips By Direct Steam Heating | Ralph W. Scott; Theodore H. Wegner; John F. Harris |
261-287 | Enzymatic Conversion of Lignocellulosic Materials to Sugars | H. Esterbauer; M. Hayn; G. Jungschaffer; E. Taufratzhofer; J. Schurz |
289-312 | The Structure of Lignin From Pinus Radiata Exploded Wood | Jacqueline A. Hemmingson |
313-333 | Viscosities of Unbleached Alkaline Pulps. II. The G-Factor | G. J. Kubes; B. I. Fleming; J. M. Macleod; H. I. Bolker; D. P. Werthemann |
335-370 | Applications of Electrometric Techniques in Wood Chemistry | Pierre M. Bersier; Dietrich P. Werthemann |
371-376 | Effect of Pulp Extractives on Sizing | G. Venkoba Rao; N. V. S. R. Murthy; P. V. Annam Raju; G. S. R. P. Sauna |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 2, Number 4 | |
343-370 | Preparation of Enzymatically Liberated Lignin From Naturally Brown-Rotted Wood | Eugene Zavarin; Chieu Nguyen; John R. Worster; Edwin Romero |
371-382 | Carbon-13 NMR Spectra of Lignins, 9. Spin-Lattice Relaxation Tines (T) and Determination of Interunit Linkages in Three Hardwood Lignins (Alnus Glutinosa, Corylus Auellanus and Acer Pseuooplatanus) | Horst H. Niraz; Plichel Nemr; Pater Schmidt; Christian Margot; Bruno Schaub; Manfred Schlossar |
383-415 | The Formation of Coniferyl Alcohol During Alkaline Delignification with Anthraquinone | R. D. Mortimer |
417-430 | AQ Pulping - A Mechanism for 3-Guaiacylbenz-Anthrone Formation | Jacqueline A. Hemmingson |
431-446 | Alkaline Pulping of Oxygen-Pretreated Pine Wood | Christine Hagström; Eero Sjöström |
447-471 | Kinetic Models for Hydrogen Peroxide Bleaching of Mechanical Pulps | Steve Moldenius; Birger Sjögren |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 2, Number 2 | |
115-127 | The Effect of Cobalt on the Degradation of Methyl β-D-Gluco-Pyranoside by Oxygen in Aqueous Sodium Hydroxide Solution | David P. Graves Jr.; Norman S. Thompson; Leland R. Schroeder |
129-145 | The Effect of Solvent oh the Oxygen Oxidation of Polysaccharides | Tapani Vuorinen; Eero Sjöström |
147-159 | Soda Cooking of Wood Meal Pretreated with Nitrogen Dioxide | Ulf Carlson; Olof Samuelson |
161-168 | The Synthesis of 1,2-Diarylpropane-1,3-Diols via the Ivanoff Reaction | Arthur J. Nonni; Carlton W. Dence |
169-185 | Factors Affecting Sulphonation of Eastern Black Spruce Wood Chips | C. Heitner; R. P. Beatson; D. Atack |
187-205 | Alkaline Degradation of Cellobiose, 3.6-Anhydro-4-O-(β-D-Gluc0pyranosyl)-D-Glucose, 3,6-Anhydr0-4-0-Methyl-D-Glucose, and D-Glucose1 | J. Martin Macleod; Leland R. Schroeder |
207-219 | Sugars and Sugar Acids in Lignosulphonate Products | J. Martin Macleod; Julius v. Benko |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 2, Number 1 | |
1-16 | Chemical Linkage of Pine Polysaccharides to Lignin | J. L. Minor |
17-31 | Hydrotreating of Hydrochloric Acid Lignin in a Hydrogen-Donor Solvent | Tor P. Schultz; Raymond J. Preto; J. Lynn Pittman; Irving S. Goldstein |
33-46 | The Attempted Depolymerization of Hc1 Lignin By Catalytic Hydrogenolysis | Tor P. Schultz; Chen-Loung Chen; Irving S. Goldstein |
47-56 | Determination of 9,10-Anthraquinone and Some Derivatives in Pulping Liquors | Bo F. Nilsson; Olof Samuelson |
57-71 | Influence of Hydrophilicity on the Delignification Efficiency of Anthraquinone Derivatives | R. C. Eckert; L. W. Amos |
73-95 | The Alkaline Reactions of Some Simple Quinonemethide-Anthrahydroquinone Adducts | Donald R. Dimmel; Donaline Shepard |
97-113 | Formation of 3-Guaiacylbenzanthrone by the Reaction of Reduced Forms of Anthraquinone with Quinone Methides | Terry J. Fullerton; Jacqueline A. Hemmingson; Gordon J. Leary; L. James Wright |
a | Editorial board page for “Journal of Wood Chemistry and Technology”, Volume 1, Number 2 | |
111-122 | The Topochemistry of Delignification Shown by Pulping Middle Lamella and Secondary Wall Tissue from Black Spruce Wood | P. Whiting; D. A. I. Goring Pulp |
123-146 | The Influence of Anthrahydroquinone and Other Additives on the Condensation Reactions of Vanillyl Alcohol | Donald R. Dimmel; Donaline Shepard; Thomas A. Brown |
147-167 | Mass Spectra of Quinonemethide Products Derived from Reaction with Phenolics, Anthrone and Anthrahydroquinone | Donald R. Dimmel; Donaline Shepard |
169-183 | Why Redox Pulping Catalysts Pit the Square Root Relationship | Dietrich P. Werthemann |
185-197 | High Catalytic Activity of Rosindone and Related Compounds in Alkaline Pulping | Dietrich P. Werthemann; Helmut Huber-emden; Pierre M. Bersier |
199-221 | Applicability of Oxidative Systems to Initiate Grafting on and Bonding of Wood | John L. Phllippou |
223-235 | Dehydration and Oxidation of Cellulose Hydrolysis Products in Acidic Solution 1 | Klaus Garves |