Студопедия
Случайная страница | ТОМ-1 | ТОМ-2 | ТОМ-3
АвтомобилиАстрономияБиологияГеографияДом и садДругие языкиДругоеИнформатика
ИсторияКультураЛитератураЛогикаМатематикаМедицинаМеталлургияМеханика
ОбразованиеОхрана трудаПедагогикаПолитикаПравоПсихологияРелигияРиторика
СоциологияСпортСтроительствоТехнологияТуризмФизикаФилософияФинансы
ХимияЧерчениеЭкологияЭкономикаЭлектроника

Section 4.2.8

Читайте также:
  1. Are the Section Headings Appropriate?
  2. Residual Lignin Structure (see Section 4.2.5)
  3. Section 278b - Terrorist association
  4. Section 4.2.3
  5. Section 4.2.4
  6. Section 4.2.5
  7. Section 4.2.6

1 Sezgi, U.S., et al., A combined discretecontinuous

simulation model of an

RDH tank farm. Tappi J., 1994; 77(7):

213–220.

2 Scheldorf, J.J., L.L. Edwards, Challenges

in modeling the RDH process: a discontinuous

dynamic system. Tappi J., 1993;

76(11): 97–104.

3 SuperBatch (product leaflet). Sunds

Defibrator: Pori, Finland, 1994.

4 Wizani, W., et al. CBC – Continuous

batch cooking, the revolution in kraft

cooking. Tappi Pulping/Process & Product

Quality Conference. Boston, MA,

USA, 2000.

5 Malkov, S., Studies on liquid penetration

into softwood chips – experiments,

models and applications. Helsinki University

of Technology: Espoo, 2002.

6 Compact Feed, a simplified feeding system

for higher capacities. Fiberlines, A

Kvaerner Pulping Publication, 2000 (1):

26.

7 Poulin, T.M., W.E. Wiley, B. Stromberg.

The development of an efficient continuous

digester chip feeding system. Fall

Technical Conference. TAPPI, 2003.

8 Continuous Progress in Cooking (brochure).

Andritz, 2004.

9 Dillner, B., Modified continuous cooking.

Japan Pulp & Paper, 1989 (3): 49–55.

10 Whitley, D.L., J.R. Zierdt, D.J. Lebel,

Mill experiences with conversion of a

Kamyr digester to modified continuous

cooking. Tappi J., 1990; 73(1): 103–108.

11 Jiang, J.E., et al., Extended delignification

with a prolonged mild counter-current

cooking stage. Appita J., 1992;

45(1): 19–22.

12 Andtbacka, S., R. Tibbling, ECF and

TCF bleaching of isothermally cooked

(ITC) pulp. Pap. Puu., 1994; 76(8):

580–585.

13 IsoThermal Cooking – ITC (brochure).

Kvaerner Pulping: Karlstadt, Sweden,

1993.

14 Marcoccia, B.S., R. Laakso, G. McClain,

Lo-Solids pulping: principles and applications.

Tappi J., 1996; 79(6): 179–188.

15 Stanley, D., B. Marcoccia, Operating

Experiences with the Lo-Solids pulping

process at Willamette Industries’ Johnsonburg

Mill. Tappi J., 2001; 84(4).

16 Kettunen, A., et al., Effect of cooking

stage EA concentration profiles on softwood

kraft pulping. Pap. Puu., 1997;

79(4): 232–239.

17 Kettunen, A., et al. Enhanced alkali profile

cooking: further improvements in

pulp tear strength. Pulping Conference.

TAPPI, 1997.

Sections 4.3.1–4.3.3

1 Schwitzgebel, K., P.S. Lowell, Environmental

Sci. Technol., 1973; 7: 1147–1151.

2 Kann, F., R. Fuchsel, Comparison of

basic characteristics in burning thickened

cooking liquors obtained from

magnesium bisulfite and calcium bisulfite

pulping. Das Papier, 1967; 21:

174–179.

3 Rydholm, S., S. Lagergren, On the

delignification reactions of the technical

sulfite cook. Svensk. Papperstidn., 1959;

62(4): 103–122.

4 Barsalou, M., Paper Trade J., 1957;

141(3): 34–38.

5 Haggroth, S. et al., Svensk. Papperstidn.,

1953; 56: 660–669.

6 Rydholm, S.A., Pulping Processes. Original

Edn. New York: Wiley, Interscience,

1965: 439–576.

7 Harris, G.R., Pulp Paper Mag. Can.,

1957; 58(3): 284–288, 313.

8 Strapp, R.K., Pulp Paper Mag. Can.,

1957. 58(3): 277–283.

9 Chen, C.C., et al., Local composition

model for excess Gibbs energy of electrolyte

systems. Part I: Single solvent,

single completely dissociated electrolyte

504 4 Chemical Pulping Processes

systems. AIChE Journal, 1982; 28(4):

588–596.

10 Schoggl, K., The physical properties of

Mg-based sulfite cooking liquors. Internal

Report, Lenzing R&D: Lenzing,

2004.

11 Hagfeldt, K., T. Simmons, U. Soderlund,

Sulfur dioxide absorption in magnesium

cooking acids. Svensk. Papperstidn.,

1973; 76(8): 292–296.

12 Vilamo, E., Old and new methods in

sulfite cooks. I. Removal of air and

results obtained by the new methods.

Pap. Puu, 1954; 36(10): 401–402.

13 Vilamo, E., O. Aho, K. Aunio, Pulping

according to Vilamo. Svensk. Papperstidn.,

1955; 58(12): 452–457.

14 Patt, R., H. Augustin, Untersuchungen

uber die Impragnierbarkeit von Fichte

(Picea excelsa L.) und Kiefer (Pinus silvestria

L.) mit Magnesiumbisulfitaufschlu.losungen.

Wochenblatt fur Papierfabrikation,

1970 (10): 441–445.

15 Aurell, R., L. Stockman, A. Teder, Chip

impregnation during sulfite cooking. II.

Investigation of penetration rate by

means of the quartz spiral balance.

Svensk. Papperstidn., 1958; 61(21): 937–

944.

16 Stone, J.E., H.V. Green, Penetration and

diffusion into hardwoods. Pulp Paper

Mag. Can., 1958; 59(10): 223–232.

17 Enomoto, S., M. Okada, T. Koshizawa,

Studies on penetration and diffusion of

calcium-base sulfite cooking liquor into

wood. Tappi, 1958; 41(9): 522–526.

18 Sharareh, S., P. Tessier, C. Lee, Penetration

of sodium sulphite into black

spruce and aspen wood chips. Pap. Puu,

1995; 77(1–2): 45–50.

19 Kubes, G.J., Penetration of pulping

chemicals into wood structure. Web

page of Pulp & Paper Research Centre,

McGill, 2004.

20 Rapson, B., Queen’s University: Kingston,

Ontario, 1948.

21 Patt, R., Isotopentechnische Untersuchungen

uber das Eindringen von

Bisulfitlosungen in Fichte und Kiefer

und dessen bedeutung fur den

Zellstoffaufschlu.. I. Teil: Uber die

Impragnierbarkeit von Kiefer und

Fichte mit Bisulfitlosungen. Das Papier,

1971; 25(7): 384–390.


Дата добавления: 2015-10-21; просмотров: 78 | Нарушение авторских прав


Читайте в этой же книге: Magnefite Process | Two-Stage Neutral Magnefite (Bisulfite-MgO) | Sivola Processes | Stora Processes (Hydrogen Sulfite or Monosulfite-Acid Sulfite) | Alkaline Sulfite Pulping | Na2SO3 Na2CO3 NaOH | Section 4.2.3 | Section 4.2.4 | Section 4.2.5 | Section 4.2.6 |
<== предыдущая страница | следующая страница ==>
Section 4.2.7| Section 4.3.4

mybiblioteka.su - 2015-2024 год. (0.014 сек.)