Cooking

– acid sulfite pulping process chemistry 430

– chemical cycle 973–974, 986

– continuous cooking process step 379

– prehydrolysis-kraft process 348–350

– standard batch 229–234

Cooking chemicals

– recovery 968, 994

– selected model of kraft cooking kinetics

217–220

– sulfite chemical pulping 395–403

Cooking conditions, influence on acid sulfite

pulping process chemistry 459–465

Cooking liquor

– acid sulfite 396

– analysis methods 433

– displacement 430–434

Cooking temperature

– decrease in modified kraft cooking

249–250

– effect on modified kraft cooking 248–251

– in relation to kappa number and dissolved

Xylose 463

– in relation to pentosan and screened yield

– influence on CBC process 289–290

– influence on pulp yield in standard batch

cooking process 231–233

Copper number

– commercial paper-grade pulp 1014

– dissolving pulp characterization 1062

– functional groups determination 1235

– unpurified pulp 952

Copper number method 441

Corn straw fibers, cell dimensions and

Chemical composition 4

Corona discharge, ozone generation 783

Cotton linters

– acetylation 1046

– cell dimensions and chemical

Composition 4

– dissolving grade pulp 1022

– low polydispersity 1044

– molar mass distribution 1049

– molecular weight distribution 1035

– representative dissolving pulp 1036

– water-accessible pore volume 1053

Cottonwood, average moisture content 125

Countercurrent cascade, pulp washing mixing

Stages 539

Creosol

– chlorine bleaching 746

– ozone reactions 792

– reactions with chlorine dioxide 747

Creosol methyl ether, reactions with chlorine

Dioxide 748

Critical state, chromatography 1254

Cross, Charles F. 7

Crude tall oil, kraft pulping 112

Crude turpentine, kraft pulping 112

Crystalline cellulose 26

Crystalline lattice, packing 27

Crystalline material

– H-NMR solid-phase spectrum 1261

– X-ray diffractogram 1260

crystallinity 1042, 1257–1265

– degree of 1041, 1258

Crystallinity index 1262

– determination 1258–1259

crystallites, dimension 1263–1265

Crystolon, pulp stone 1093

CS chip screen 90

CSF see Canadian Standard Freeness

CTMP see chemithermo mechanical pulp

CTMP refining 1110

CTO see crude tall oil

CUENE 1241

– cellulose molecular weight determination

CUOXAM 1241

– cellulose molecular weight determination

Cupram 1025

Cuprammonium, dissolving pulp

Applications 1025

Cupressus, sesquiterpenic tropolone derivates

Index

Cupri-ethylene-diamine(-solution) see CUENE

Cutting geometry, disc chipper 81

Cyanohydrin method, functional groups

Determination 1237

Cycloaddition, lignin degradation 790

Cyclone parameters, centrifugal cleaning

586–587

cylindrical coordinates, Fick’s second law of

Diffusion in 152

cylindrical refiners 1105–1106

Cymene, conversion of a-pinene during sulfite

Pulping 426

d

D*-stage 764

DAE see differential algebraic equations

Дата добавления: 2015-10-21