Structural analysis of finer cotton yarns produced by conventional and modified ring spinning system

Engineering

• Hairiness 100%
• Spinning Technique 100%
• Measuring Technique 50%
• Radial Position 50%
• Fibre Migration 50%
• Single Yarn 50%
• Spun Yarn 50%
• Smoother Surface 50%
• Soft Handle 50%
• Cross Section 50%
• Scanning Electron Microscope 50%
• Packing Density 50%

Keyphrases

• Yarn 100%
• Modified Ring Spinning 100%
• Cotton Yarn 100%
• Ring Spinning System 100%
• Twist Level 20%
• Spinning Techniques 20%
• Hairiness 20%
• Yarn Structure 10%
• Surface Appearance 10%
• Low Torque 10%
• Modified Cotton 10%
• Fiber Path 10%
• Measuring Techniques 10%
• High Strength 10%
• Radial Position 10%
• Fiber Migration 10%
• Compact Structure 10%
• Single Yarn 10%
• Spun Yarn 10%
• Scanning Electron Microscope 10%
• Spatial Orientation 10%
• Tracer Fibre Technique 10%
• Migration Frequency 10%
• Conical Helix 10%
• Orientation Angle 10%
• Fiber Configuration 10%
• Conventional Cotton 10%
• Fiber Arrangement 10%
• Migration Behavior 10%
• Fibre Packing Density 10%
• Section Technique 10%

Material Science

• Cotton Yarn 100%
• Scanning Electron Microscopy 50%
• Mechanical Strength 50%
• Density 50%