Citation: W. Zhang et al., THE ANALYSIS OF YARN THIN PLACES AND UNEVENNESS WITH AN IMAGE-ANALYSIS SYSTEM AND PROGRAM DESIGN, J TEXTILE I, 89(1), 1998, pp. 44-58
Citation: Mr. Mahmoudi et W. Oxenham, IMPROVING THE BULK OF WORSTED YARNS .2. SIMULTANEOUS BULKING AND SPINNING OR WINDING, J TEXTILE I, 87(3), 1996, pp. 444-448
Citation: Gt. Jou et al., THE PHYSICAL-PROPERTIES OF COMPOSITE YARNS PRODUCED BY AN ELECTROSTATIC FILAMENT-CHARGING METHOD, J TEXTILE I, 87(1), 1996, pp. 78-96
Citation: Aaa. Jeddi et W. Oxenham, THE POTENTIAL OF FALSE TWIST TO ASSIST IN HANDLING LOW STRENGTH COTTON SLIVERS, Textile research journal, 65(7), 1995, pp. 423-426
Citation: Xc. Huang et al., PREDICTING END BREAKAGE RATES IN WORSTED SPINNING .2. A NEW MODEL FOREND BREAK PREDICTION (VOL 64, PG 717, 1994), Textile research journal, 65(5), 1995, pp. 307-307
Citation: Mj. Alagha et al., THE USE OF AN IMAGE-ANALYSIS TECHNIQUE FOR ASSESSING THE STRUCTURAL PARAMETERS OF FRICTION SPUN YARNS, J TEXTILE I, 85(3), 1994, pp. 383-388
Citation: By. Zhu et W. Oxenham, INFLUENCE OF PRODUCTION SPEED ON THE CHARACTERISTICS OF HOLLOW SPINDLE FANCY YARNS, Textile research journal, 64(7), 1994, pp. 380-387
Citation: Mj. Alagha et al., INFLUENCE OF PRODUCTION SPEED ON THE TENACITY AND STRUCTURE OF FRICTION SPUN YARNS, Textile research journal, 64(4), 1994, pp. 185-189
Citation: Xc. Huang et al., PREDICTING END BREAKAGE RATES IN WORSTED SPINNING .2. A NEW MODEL FOREND BREAK PREDICTION, Textile research journal, 64(12), 1994, pp. 717-722
Citation: Xc. Huang et W. Oxenham, PREDICTING END BREAKAGE RATES IN WORSTED SPINNING .1. MEASURING DYNAMIC YARN STRENGTH AND TENSION, Textile research journal, 64(11), 1994, pp. 619-626