The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制备工艺中的短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的对分子质量与气色谱法比,对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短强玻璃陶瓷基复合料制备工艺中的短散和单向预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的平均相对子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制备工艺中短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得烷基苯磺均相对分子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷复合料制备工艺中短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得苯磺酸平均相对分子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制备工艺中的短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的平相对分子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了增强玻璃陶瓷基复合料制备工艺中的和单向预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的平均相对子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制备工艺中的短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的平均相对分子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短增强玻璃陶瓷基复合料制备工艺中的短分散和单向浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得的烷基苯磺酸的平均相对分子质量与气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制备工艺中短纤维分散和单向纤维预浸片制备。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所测得烷基苯磺酸平均相对分子气相色谱法相比,相对偏差不大于0.1%。

The fabrication processing of unidirectional short carbon and Nicalon fiberreinforced LAS composites was investigated.

研究了短纤维增强玻璃陶瓷基复合料制工艺中的短纤维分散和单向纤维预浸片制。

This method was compared with that of desulfonation GC and the relative deviation of LAS average molecular weight is less than 0.1%.

所得的烷基苯磺酸的平均相对分子质量与气相色谱法相比,相对偏差不大于0.1%。