By Lisa Brannon-Peppas
ISBN-10: 0444886540
ISBN-13: 9780444886545
In recent times, there was a veritable explosion of analysis and improvement in consumer-oriented fields that make the most of polymeric fabrics which take in quite a lot of water. those fields surround the training, characterization and commercialization of separation platforms, pharmaceutical and private care items similar to boy or girl diapers, female items, incontinence items and plenty of different comparable parts. The polymeric fabrics used in those functions are often called absorbent or superabsorbent fabrics as a result of their skill to swell quickly and to preserve huge volumes of water, urine and different organic fluids. the purpose of this e-book is to introduce the basics of polymer constitution and swelling as on the topic of polymers used for those superabsorbent fabrics. within the box of absorbence, specific consciousness is given to crosslinked constructions which swell to greater than fifty occasions their preliminary weight in water or electrolytic ideas. The ebook additionally offers descriptions of novel functions of superabsorbent fabrics in addition to an in depth research of water shipping in crosslinked polymers
Read or Download Absorbent Polymer Technology PDF
Similar physical chemistry books
Molecular Theory of Solvation by F. Hirata PDF
Molecular thought of Solvation provides the hot growth within the statistical mechanics of molecular beverages utilized to the main exciting difficulties in chemistry this day, together with chemical reactions, conformational balance of biomolecules, ion hydration, and electrode-solution interface. The continuum version of "solvation" has performed a dominant function in describing chemical procedures in resolution over the past century.
Physical Chemistry of Macromolecules: Basic Principles and - download pdf or read online
Integrating assurance of polymers and organic macromolecules right into a unmarried textual content, actual Chemistry of Macromolecules is thoroughly established to supply a transparent and constant source for novices and execs alike. the fundamental wisdom of either biophysical and actual polymer chemistry is roofed, besides vital phrases, uncomplicated structural homes and relationships.
Stuart A. Rice's Advances in Chemical Physics Volume 140 PDF
This sequence presents the chemical physics box with a discussion board for serious, authoritative reviews of advances in each quarter of the self-discipline.
Download PDF by Dennis G. Morrell: Catalysis of Organic Reactions (Chemical Industries)
This article deals authoritative contributions from approximately two hundred leaders within the box and new how you can increase catalytic reactions. "Catalysis of natural Reactions" covers techniques for designing, enhancing, and changing catalysts for more desirable functionality, functionality, and balance, techniques to minimize spinoff formation, and reasonably-priced choices for the hydrogenation of natural compounds.
- Handbook of Laboratory Distillation, With an Introduction to Pilot Plant Distillation
- Adsorption on Silica Surfaces
- Organic and Physical Chemistry Using Chemical Kinetics: Prospects and Developments
- The Origin of the Continuous Spectrum of the Hydrogen Molecule
- Ester Formation and Hydrolysis and Related Reactions
Extra info for Absorbent Polymer Technology
Example text
Takeda, Y Taniguchi, U. S. patent 4,525,527, 1985. K. A. Brandt, S. A. Goldman and T. A. Inglin, U. S. patent 4,654,039, 1987 ; U. S. patent Re. 32, 649,1988. M. Mikita, S Tanioku and T. Touda, U. S. patent 4703067, 1987. B. H. Nowakowsky, J Beck, H. Hartmann and C. Vamvakaris, U. S. patent 4769427, 1988. J. H. Siddall and T. C. Johnson, U. S. patent 4,833,222, 1989. F L Buchholz, U. S. patent 4,861,849, 1989. S. Aoki and H. Yamasaki, U. S. patent 4,093,776, 1978. S. Obayashi, M. Nakamura, K. Fujiki and T.
Yamasaki and S. Harada, U. S. patent 4,446,261, 1984. M. Nakamura, S. Obayashi, T. Yamamoto, T. Nakanishi, H. Tanaka and Y. Sakamoto, U. S. patent 4,683,274, 1878. F. W. , J. C. Lamphere and Y Chonde, U. S. patent 4,708,997, 1987. L Gugliemelli, M. Weaver and C. Russell, U. S. patent 3,425,971, 1969. T. Smith, U. S. patent 3,661,815, 1972 G. F. Fanta, E. I. Stout and W. M. Doane, U. S. patent 4,134,863, 1979. M. O. Weaver, E. B. Bagley, G. F. Fanta and W. M. Doane, U. S. patent 3,997,484, 1976.
9] studied the solution polymerization of acrylic acid in water, at low concentration, as a function of pH of the monomer mix. The rate of polymerization with persulfate was overall second order in monomer concentration with the rate constant proportional to the first power of the initial monomer concentration. Rate was proportional to the square root of initiator concentration. Polymerization rate initially fell over the pH range of 2-7, then rose slowly from pH 7-12. A complete rate equation was not proposed.
Absorbent Polymer Technology by Lisa Brannon-Peppas
by Charles
4.0
