Comparative evaluation, sodium ion diffusion

coefficient 149–150

Complex acids, hot caustic extract 961

Complexometry, operating principle 1221

Compression forces

– Norway spruce pulp 1276

– single wet fibers 1275

Compression wood 55

compressive dewatering 525–526

– pulp washing theory 517

Concentration profile, Kazi and Chornet

Diffusion model of impregnation 153

Concept of Bouchard 798

Condensation

– b-O-4 arylether structures 410

– degradation products with lignin units

– lignin 167–168

– sulfite cooking chemistry 414–415

– with phenols 424–425

Conditioning 1216

conditions, ozonization 843–849

Conducting system, functional elements

46–48

Conductivity, acid sulfite cooking liquor

Analysis 433

Confederation of European Paper Industries

conical-disc refiners 1105–1106

Coniferous woods

– structure 50

– terpenes 35

Coniferyl-type structures, formation 170

Coniferylaldehyde 342

Coniferylaldehyde-type structures, sulfonation

Of a-position 412

Consistency

– as function of screening zone length 570

– pulp 708

– pulp bleaching 1128

– two-stage delignification operating

Conditions 730

Construction material compatibility 893

Consumer demand, recycled papers 1199

contaminant removal 594–600

– arrangements 596–598

– design principles 594–596

– efficiency 598–599

– selective 592–594

Contaminants

– centrifugal cleaning operating parameters

– screening operating parameters 579

Continuous batch cooking see CBC