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ANIONICALLY-MODIFIED COTTON AND SURFACE LAYER FORMATION WITH POLYELECTROLYTES
-
Amira El-Shafei
,
Dierk Knittel
Veröffentlicht/Copyright:
20. September 2023
Published Online: 2023-09-20
Published in Print: 2006-09-01
© 2023 by Association of Universities for Textiles (AUTEX)
Artikel in diesem Heft
- INNOVATIVE APPROACH TO HIGH-SPEED SPINNING USING A MAGNETICALLY-ELEVATED SPINNING RING
- STUDY OF EFFECT OF SPINNING PROCESS VARIABLES ON THE PACKING DENSITY OF RING, ROTOR AND AIR-JET YARNS USING THE TAGUCHI METHOD
- EFFECT OF DRAWING DIFFERENT MFI POLYPROPYLENE FILAMENTS ON A GRADIENT HEATER
- EFFECT OF SIZING ON WEAVABILITY OF DREF YARNS
- TEXTILE FABRICS AS THERMAL INSULATORS
- ASSESSING THE QUALITY OF NEURAL MODELS USING A MODEL OF FLOW CHARACTERISTICS OF FABRICS AS AN EXAMPLE
- IMPROVEMENT OF MECHANICAL PERFORMANCES OF BRAIDED POLYESTER SUTURES
- ANIONICALLY-MODIFIED COTTON AND SURFACE LAYER FORMATION WITH POLYELECTROLYTES
- EVALUATING THE TOXICITY OF REACTIVE DYES AND FABRICS WITH THE SPERMATOZOA MOTILITY INHIBITION TEST
Schlagwörter für diesen Artikel
carboxymethyl cellulose;
anionic cotton;
polyelectrolyte titration;
textile finishing;
crease recovery
Artikel in diesem Heft
- INNOVATIVE APPROACH TO HIGH-SPEED SPINNING USING A MAGNETICALLY-ELEVATED SPINNING RING
- STUDY OF EFFECT OF SPINNING PROCESS VARIABLES ON THE PACKING DENSITY OF RING, ROTOR AND AIR-JET YARNS USING THE TAGUCHI METHOD
- EFFECT OF DRAWING DIFFERENT MFI POLYPROPYLENE FILAMENTS ON A GRADIENT HEATER
- EFFECT OF SIZING ON WEAVABILITY OF DREF YARNS
- TEXTILE FABRICS AS THERMAL INSULATORS
- ASSESSING THE QUALITY OF NEURAL MODELS USING A MODEL OF FLOW CHARACTERISTICS OF FABRICS AS AN EXAMPLE
- IMPROVEMENT OF MECHANICAL PERFORMANCES OF BRAIDED POLYESTER SUTURES
- ANIONICALLY-MODIFIED COTTON AND SURFACE LAYER FORMATION WITH POLYELECTROLYTES
- EVALUATING THE TOXICITY OF REACTIVE DYES AND FABRICS WITH THE SPERMATOZOA MOTILITY INHIBITION TEST
