贮能模量

  • 网络storage modulus
贮能模量贮能模量
  1. 用DDV&EA型动态粘弹谱仪对黑索金(RDX)和硝基胍(NGU)填充的硝化纤维素基含能材料的动态贮能模量进行了研究。

    The dynamic storage modulus of energetic materials bulk of nitrocellulose filled by RDX and NGU was investigated .

  2. 结果表明,未表面处理纳米SiO2的填充体系,随着纳米SiO2填充量的增加,α松弛转变峰向低温方向移动,贮能模量E′及损耗模量E〃增加;

    The results show that with the increasing of untreated nano-SiO_2 content , the storage modulus E ′ and loss modulus E ″ of LLDPE / nano-SiO_2 composites increase and the α transition peaks of the composites shift to lower temperature .

  3. 贮能模量G′和损耗模量G〃交汇点的位置随着破碎温度的升高而向低频区移动。

    The positions of crossover point of storage moduli G ′ and loss moduli G ″ moved toward low frequencies with the increase of breaking temperature .

  4. 软化剂的加入使共混胶的贮能模量E′降低,tanδ峰值增加,而且Tg向低温方向偏移。

    E ′ of blends decreased and the peak of tan δ increased and Tg moved in the direction of low temperature as soften agents were added .

  5. 加入大分子相容剂后,体系的贮能模量E′在-50℃~110℃温区显著提高,α松弛峰较硅烷表面处理体系向低温偏移;

    The introduction of macromolecular compatibilizer into the silane treated system leads to the shifting of α transition peak of the composites to lower temperature and the obvious modulus enhancement at - 50 ℃ ~ 110 ℃ .

  6. 结果表明,掺铕或混合稀土的P(MMA-co-St)材料稀土含量高、透明性优良、耐热性好、贮能模量高;

    The results show that the modified P ( MMA-co-St ) materials doped with rare earth have good transparency and heat resistance , high storage modulus .

  7. MSP增容剂提高了PP/MSP/滑石粉复合材料的拉伸强度和动态贮能模量,并存在一最佳的增容剂添加量。

    MSP improved the tensile strength and dynamical storage modulus of PP / MSP / talc composites , and there was an optimum MSP content in the composite .

  8. 随着纳米氧化钛含量的增加,材料的结晶度和贮能模量增加。

    The crystallinity and storage modulus of samples increased with the nano-TiO2 content increasing .

  9. 高能固体填充硝化纤维素材料的动态贮能模量

    The dynamic storage modulus of energetic materials bulk of nitrocellulose filled by high energy solid

  10. 对高浓度I的弹性贮能模量的测量表明,物系具有弹性。

    The energy storage modulus of concentrat-ed cocoa suspension was also measured , which indicated its elasticity .

  11. 研究了低脂冰淇淋的膨胀率、抗融化能力、硬度、贮能模量和感官指标。

    The overrun rate , anti-melting capability , hardness , storage modulus and sensory properties of the ice-cream were studied .

  12. 在80℃和85℃破碎时,番茄浆具有相当大的贮能模量,而在75℃和90℃破碎时,贮能模量值较小。

    Dynamic shear data revealed that tomato pulps broken at 80 ℃ and 85 ℃ had relatively high storage moduli .

  13. 相应的动态力学分析显示,三元体系的贮能模量大于未改性环氧树脂体系的贮能模量。

    A dynamic mechanics analysis ( DMA ) indicated that the flexural storage modulus of ternary system was greater than that of the unmodified epoxy resin .

  14. 不同粒径炭黑并用均能使共混胶的贮能模量E'下降,并且有利于拓宽NR/ENR减震材料的减震范围;

    Different size carbon black mixing can decrease the dynamic storage modulus ( E ' ) and broaden the damping range of NR / ENR damping material .

  15. 随着微珠重量百分比的增加,贮能模量和损耗模量均是非线性函数形式增大,而内耗则相反。根部能量的积累随放牧强度的提高而逐渐减少。

    With a rise of the glass bead content Ф ( wt. % ), the stored energy modulus and the loss modulus increased as a form of non-linear function , and the damping was contrary .

  16. 而动态力学分析表明,羊毛粉体的含量对聚氨酯的软段没有明显的影响,但聚氨酯薄膜的贮能模量随着羊毛含量的增加而增大。

    And the dynamic mechanical analysis ( DMA ) results show that the content of the wool powder has no obvious influence on the soft-segments , but the storage modulus of the polyurethane films will increase with the increase of the wool powder .