逢甲學報, Band 28逢甲大學, 1995 |
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Seite 377
... Tables 1 and 2. As seen in Table 1 , it demonstrated that the tenacity and the sonic modulus were decreased as the spinning temperature increased , but the elongation of the fiber was not much changed . These mechanical properties were ...
... Tables 1 and 2. As seen in Table 1 , it demonstrated that the tenacity and the sonic modulus were decreased as the spinning temperature increased , but the elongation of the fiber was not much changed . These mechanical properties were ...
Seite 378
... Table 2. The effect of spinning temperature on their structural and thermal properties Spinning Birefringence * Crystallinty ... Tables 3 and 4. The tenacity was not much affected , also the elongation and the boiling water shrinkage ...
... Table 2. The effect of spinning temperature on their structural and thermal properties Spinning Birefringence * Crystallinty ... Tables 3 and 4. The tenacity was not much affected , also the elongation and the boiling water shrinkage ...
Seite 379
Table 4. The effect of drawing temperature on their structural and thermal properties Drawing temperature Birefringence * ( E - 3 ) Crystallinty ( % ) Density Melting point ( g / cm3 ) ( ° C ) ( ° C ) 73 0.2334 43.2 1.3744 255.9 78 ...
Table 4. The effect of drawing temperature on their structural and thermal properties Drawing temperature Birefringence * ( E - 3 ) Crystallinty ( % ) Density Melting point ( g / cm3 ) ( ° C ) ( ° C ) 73 0.2334 43.2 1.3744 255.9 78 ...