本发明的玻璃原丝具有较高的抗湿老化性。
The inventive glass fibres have a high resistance to ageing in a damp medium.
结果表明，在热湿条件下老化结束后，材料的断裂应力、初始模量和断裂比功的损失率分别大于44%、65%和51%；
The results showed the loss rates of stress, initial modulus and breaking work were more than 44%, 65% and 51% after hydrothermal aging test respectively;
祛湿散寒，化瘀止痛，增加身体的承受能力，缓解关节过度劳损，改善关节骨质老化现象强健体魄的功效。
Qushi scattered cold, removing increases physical pain, bear ability, alleviate excessive joint strain, improve joint bone ageing phenomenon, stay healthy effect.
进一步探讨了使用该材料制成的湿敏元件的感湿机理及老化机理。
The mechanism of moisture sensitivity and ageing of the ceramic humidity sensor are discussed.
祛湿散寒，化瘀止痛，增加身体的承受能力，缓解关节过度劳损，改善关节骨质老化现象强健体魄的功效。
Qushi, cold, remove stagnation pain increased body bear ability, alleviate excessive joint strain, improve joint bone aging, fitness function.
祛湿散寒，化瘀止痛，增加身体的承受能力，缓解关节过度劳损，改善关节骨质老化现象强健体魄的功效。
Qushi, cold, remove stagnation pain increased body bear ability, alleviate excessive joint strain, improve joint bone aging, fitness function.
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