It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮横截面有中腔不规则椭圆形结构，且呈束分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横截面在棉网和棉条中，三叶形横截面能产生较大粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初生横截面形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现皮纤维的横截面是带有中腔不规则的椭圆形，呈束纤维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横截面纤维在棉网和棉条中，三叶形横截面纤维能产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

果固浴温度会影响初生纤维的横截面形貌与芯部。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮维的横是带有中腔不规则的椭圆形结构，且呈束维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横维在棉网和棉条中，三叶形横维较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初维的横形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮纤维的横截面是带有中腔不规则的椭圆形结构，且呈束纤维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横截面纤维在棉网和棉条中，三叶形横截面纤维能产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初生纤维的横截面形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮纤维的是带有中腔不规则的椭圆形结构，且呈束纤维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形纤维在棉网和棉条中，三叶形纤维能大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初纤维的形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

时发现构皮纤维的横截面是带有中腔不规则的椭圆形结构，且呈束纤维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横截面纤维在棉网和棉条中，三叶形横截面纤维能产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表凝固浴温度会影响初生纤维的横截面形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮维的横是带有中腔不规则的椭圆形结构，且呈束维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横维和条中，三叶形横维能产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初生维的横形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮的横截面是带有中腔不规则的椭圆形结构，且呈束分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

圆形横截面棉网和棉条中，三叶形横截面产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

结果表明凝固浴温度会影响初生的横截面形貌与芯部结构。

It is found that the fiber of phloem of broussonetia is irregular elliptoid at cross section.

同时发现构皮纤维的横截面是带有中腔不规则的椭构，且呈束纤维分布。

It was found that fibers of circular cross section produce greater cohesion in webs and slivers than do trilobal fibers.

横截面纤维在棉网和棉条中，三叶横截面纤维能产生较大的粘着作用。

The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).

果表明温度会影响初生纤维的横截面貌与芯部构。