DISTRIBUTION OF INTERNAL FLAWS IN ACRYLIC FIBERS

[1] HEDLUND I, 1968, SVENSK PAPPERSTIDN, V21, P241

[2] JOHNSON JW, 1968, ACS POLYMER PREPRINT, V9, P1316

[3] KAWAKAMI H, 1967, SENI GAKKAISHI, V23, P533

[4] Designing index of void structure and tensile properties in wet-spun polyacrylonitrile (PAN) fiber. I. Effect of dope polymer or nonsolvent concentration [J]. JOURNAL OF APPLIED POLYMER SCIENCE, 2008, 109 (06) : 3461 - 3469

[5] MAUERSBERGER HR, 1954, TEXTILE FIBERS

[6] MERIDITH R, 1952, J TEXT I, V43, P755

[7] MEZHIROV MS, 1968, KHIM VOLOKNA, V3, P13

[8] MORETON R, 1969, FIBRE SCI TECH, V1, P23

[9] MORTON WE, 1962, PHYSICAL PROPERTIES

[10] NURZIA V, 1966, RASS CHIM, V18, P13

[1] HEDLUND I, 1968, SVENSK PAPPERSTIDN, V21, P241

[2] JOHNSON JW, 1968, ACS POLYMER PREPRINT, V9, P1316

[3] KAWAKAMI H, 1967, SENI GAKKAISHI, V23, P533

[4] Designing index of void structure and tensile properties in wet-spun polyacrylonitrile (PAN) fiber. I. Effect of dope polymer or nonsolvent concentration [J]. JOURNAL OF APPLIED POLYMER SCIENCE, 2008, 109 (06) : 3461 - 3469

[5] MAUERSBERGER HR, 1954, TEXTILE FIBERS

[6] MERIDITH R, 1952, J TEXT I, V43, P755

[7] MEZHIROV MS, 1968, KHIM VOLOKNA, V3, P13

[8] MORETON R, 1969, FIBRE SCI TECH, V1, P23

[9] MORTON WE, 1962, PHYSICAL PROPERTIES

[10] NURZIA V, 1966, RASS CHIM, V18, P13