UC知道翻译一段英文，有关CNT
来源：百度知道 编辑：UC知道 时间：2024/05/26 03:37:24
Quite possibly, high orientation of CNTs in PC
microfibrils (entangled non-oriented nanotubes were
usually incorporated as dense aggregates, which are
not able to slow down the crack propagation process
during tensile test), and generation of much finer PC
microfibrils can result in CNTs filled PC microfibrils
with higher mechanical properties, and hence it is believed
that the overall mechanical properties of the
CNTs filled microfibrillar polymer composites can be
further improved in the next work. On the other hand,
due to high thermal and electrical conductivity, the
CNTs filled polymer micofibrils may be highly conductive.
As long as the long and fine CNTs filled microfibrils
can form a network path, the whole composite
system is also conductive with a very low percolation
threshold [10]. It can be expected that the approach to
preparing CNT reinforced microfibrillar composites has
the potential t
microfibrils (entangled non-oriented nanotubes were
usually incorporated as dense aggregates, which are
not able to slow down the crack propagation process
during tensile test), and generation of much finer PC
microfibrils can result in CNTs filled PC microfibrils
with higher mechanical properties, and hence it is believed
that the overall mechanical properties of the
CNTs filled microfibrillar polymer composites can be
further improved in the next work. On the other hand,
due to high thermal and electrical conductivity, the
CNTs filled polymer micofibrils may be highly conductive.
As long as the long and fine CNTs filled microfibrils
can form a network path, the whole composite
system is also conductive with a very low percolation
threshold [10]. It can be expected that the approach to
preparing CNT reinforced microfibrillar composites has
the potential t
很可能,高取向碳纳米管在聚碳酸脂粒子(纠缠无取向纳米管通常包含密总量 而无法放慢裂纹拉伸试验过程) 一代聚碳酸脂和超微细很可能导致聚碳酸脂粒子填充碳纳米管力学性能提高、 因此我们相信,碳纳米管高分子复合材料的整体性能,可进一步填补微 在今后工作中改进. 在另一方面,由于高热和电导率,碳纳米管可以填充micofibrils高导电聚合物. 只要长纤、填充碳纳米管可形成良好的道路网, 整个系统也是复合导电与渗流门槛很低[10]. 可以预见,制备碳纳米管增强复合物是有潜力的一类新型功能材料.