Methanol 788

– cellulose protecting additive 819

– content as function of H-factor 447

– formation 425

– ozone decomposition, promotor 789

Methanol-based process, chlorine dioxide

Generation 743

Methanol elimination 761

Methoxyl, relative reactivity 635

Methyl-2-, polysaccharide chain cleavage 662

Methyl butadiene, terpenes 35

Methyl catechol, chlorine bleaching 746

Methyl-b-d-cellobioside, polysaccharide chain

Cleavage 662

Index 1325

Methyl-b-d-glucopyranoside

– ozonation 796

– ozone treatment 795

– polysaccharide chain cleavage 662

– pH dependence 812

– reaction mechanism 797

Methyl-b-glucoside, formation 665

Methyl-b-d-glucoside, polysaccharide chain

Cleavage 662

O-methyl-glucuronic acid 940

– kraft cooking 1016

– methanol elimination 761

– substitution 883

O-methyl-a-d-glucuronic acid 328

O-methyl glucuronic acid side chains,

Peeling reaction stopping 179

O-methyl glucuronic acid substituents,

Removal from xylan 1029

4-O-methyl-b-d-glucuronic add-(1—>2)-

Xylose 940

O-methyl glucuronoarabinoxylan see AX

O-methyl glucuronoxylan 1011

Methyl-d-mannopyranoside, ozonation 796

Methyl-4-O-methyl-b-d-glucopyranoside 662

Methyl muconic acid monomethyl ester,

Chlorine bleaching 746

Methyl pyranosides, ozonation 796

Methyl-b-pyranosides, relative hydrolysis

Rates 328

4-methyl-2,3′,4′-trimethoxydiphenyl, native

diaryl ether structures 749–750

Methyl veratrole, chlorine bleaching 747

Methyl-d-xylopyranoside, ozonation 796

Metso DeltaCombi 603

Metso DeltaScreen 602

Metso FlowHeater 622

Metso FlowScraper 626

– medium consistency discharge 625

Metso HC cleaner 606

Metso PGW grinder 1096

Metso S-Mixer 620

Metso Tower scrapers 624

Mg(HSO3)2 392

Mg(OH)2, titrator base 399

MgO, alkali source 962–963

Microcrystalline cellulose 11

Microfibrils, cellulose 41

Micropores, accessibility 1054

Microscopy techniques 60

– fiber morphology 1271

– pulp 1274

Middle lamella, cell components 42, 44

Mill experience

– polysulfide pulping 314

– PS/AQ 316

Milled wood lignin, residual lignin

Structures 262

Mineral components, Fagus sylvatica 39

Minimum recycled fiber content 1196

Minor streams, kraft recovery boiler 984

Mitscherlich, Alexander 6

Mitscherlich process, sulfite chemical

Pulping 392

Mixed-flow model 566, 568

Mixed office waste, woodfree 1166

Mixers

– atmospheric steam 622–623

– high-shear 620

– medium consistency 619–623

– performance 695

– static 621–622

Mixing, medium-consistency 805

Mixing energy, ozone technology 807

Mixing stages, pulp washing 539

Mixing time

– ozone bleaching 802–806

ML see middle lamella

Model parameters, selected model of kraft

cooking kinetics 221–227

modified chlorine dioxide bleaching 761–771

Modified continuous cooking see MCC

Modified cooking circulation see MCC

Modified efficiency factor (E10), pulp

washing 545–546

Дата добавления: 2015-10-21