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Chemistry And Technology Of Cellulosic Fibres
T. V. Petrova, L. S. Gal'braikh, Z. A. Rogovin, T. I. Ivanova, E. M. Mogilevskii and I. G. Shimko
Journal Article
Effect of ammonia content on the stability of the cellulose cuprammonium complex in spinning solution
A. Kh. Khakimova, G. G. Finger, A. B. Pakshver, I. P. Baksheev and Z. A. Surnina
Fibre Chemistry, 1987, Volume 19, Number 2, Pages 116-119
Filterability of cellulose cuprammonium solutions through media with various pore sizes
N. A. Tamarkova, G. G. Finger, Z. A. Surnina, I. P. Baksheev and A. B. Pakshver
Fibre Chemistry, 1983, Volume 15, Number 4, Pages 276-277
Book Chapter
Pros and Cons of Short, High Efficiency, and High Flux Dialysis
Robert H. Barth
1996, Replacement of Renal Function by Dialysis, Section II, Pages 418-453
Haemodialysers and Associated Devices
Nicholas A. Hoenich, Celia Woffindin and Claudio Ronco
1996, Replacement of Renal Function by Dialysis, Section II, Pages 188-230
Acute Complications of Hemodialysis and their Prevention and Treatment
Salim K. Mujais, Todd Ing and Carl Kjellstrand
1996, Replacement of Renal Function by Dialysis, Section IV, Pages 688-725
Reference Work Entry
Cellulose and Associated Heteropolysaccharides
Wolfgang G. Glasser
2008, Glycoscience, Part 6, Pages 1473-1512
Regenerated cellulose fibres after controlled enzymatic hydrolysis
M. R. Padhye and U. V. Arvindekar
Polymer Bulletin, 1982, Volume 7, Number 8, Pages 391-394
Ultrastructure of cell wall and plugs of tobacco pollen tubes after chemical extraction of polysaccharides
M. Kroh and B. Knuiman
Planta, 1982, Volume 154, Number 3, Pages 241-250
Temperature and concentration limits of cellulose solubility of cuprammonium complex solution
M. M. Iovleva, V. N. Smirnova, M. A. Kop'ev, G. G. Finger and I. P. Baksheev, et al.
Fibre Chemistry, 1989, Volume 21, Number 5, Pages 413-415
Structure of hydrocellulose fibres prepared from cuprammonium solutions by the spin probe method
A. T. Kalashnik, G. V. Rudinskaya, E. V. Dovbii, S. P. Papkov and M. A. Kop'ev, et al.
Fibre Chemistry, 1988, Volume 20, Number 1, Pages 39-41
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low-viscosity solutions
refers to solutions with a viscosity not above 400 sec (the viscosity was determined by the method used in viscose rayon production).