用于制造双螺旋或三螺旋荧光灯丝、普通白炽灯丝、支架丝等。
Applied for making coiled-coil or trispiral CFL filament, incandescent filament and support.
Shi已经利用纤细的糖丝(在美国被称为棉花糖)构成了支持自然神经再生的空心聚合管支架。
Shi has used the fine sugar filaments, known as cotton candy in the us, to construct a scaffold of hollow polymer tubes to support natural nerve regrowth.
丝类支架可以被用作组织工程学领域的细胞基质，它能提供细胞生长所需的立体环境。
Silk scaffolds are used as a cell substrate in tissue engineering, providing a three-dimensional environment in which cells can grow.
结论在颅内支架成形术中，双微导丝技术是克服径路血管迂曲的一种方法。
Conclusions Double micro-wire technique is a safe and effective method at overcoming the tortuous access vessel for intracranial stenting.
本发明涉及一种磁性眼镜支架(10)包括由金属丝形成的弹簧夹(12)，并设置成用于与物品相结合。
The invention is directed to a magnetic eyeglasses holder (10) that includes a spring clip (12) formed from wire and configured for attaching to an object.
电力连接器，电力电缆，插座，熔丝，保险丝支架，交流-交流变流器，RF I滤波器。
Power connectors, Power cables, Sockets, Fuses, Fuseholders, AC-to-AC converters, RFI filters.
输放装置包括导管头、内管、近端控制器、中管、导丝管、外保护机构、至少一根锁定丝和至少一根支架拉线。
The implanting device comprises canal head, inner pipe, close end controller, middle pipe, wire pipe, outer protection mechanism, at least one locking wire and at lest one bracket pulling wire.
所述的支架为生物降解材料制备的由微丝组成的束状微丝结构，其外表面包覆一层膜，形成管状支架。
The cradle is made from biological degradation material and has fasciculation and micro filament structure. The outside is coated by film. Thus, it forms tubular cradle.
所述的支架为生物降解材料制备的由微丝组成的束状微丝结构，其外表面包覆一层膜，形成管状支架。
The cradle is made from biological degradation material and has fasciculation and micro filament structure. The outside is coated by film. Thus, it forms tubular cradle.
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