| 1. | Dynamic yield stress of electrorheological fluid
电流变液的动态屈服应力 |
| 2. | A study of squeeze flow of er fluids between two parallel disks
平行圆盘间电流变液的挤压流研究 |
| 3. | The transmission of microwave in er fluids is studied by experiment
实验观测了淀粉硅油电流变液的微波透射行为。 |
| 4. | Er measurements showed that the er properties of composites depended on the content of starch
电流变性能测试结果表明，复合颗粒电流变液的力学性能跟蒙脱土与淀粉的比例有关。 |
| 5. | Phase transition of er fluids under external electric field is studied . flow of er fluids is a kind of granular matterials flows
研究了电流变液的场控相转变，即场控颗粒流问题。 |
| 6. | In this article , the microwave transmission , optical rotation effect , structure evolution and the phase transition of er fluids are studied
本文研究了电流变液的微波透射可调控行为、旋光效应、结构演化特征、及场控电流变液相转变问题。 |
| 7. | So the value and distribution of the dielectric constant in erf change . in this paper the coupling between the microwave and erf was investigated
在微波频率为9g时，研究了纳米二氧化钛包覆高岭土、钛酸钡以及钇掺杂钛酸钡三种电流变液的微波反射可调控特征。 |
| 8. | In this article , the experimental results revealed that the microwave transmittance in starch and starch / nickel er fluids could be adjusted by changing dc field strength
对淀粉及淀粉镍粉电流变液的实验研究表明：电流变液微波透射率的变化可由外电场调控。 |
| 9. | Moreover , the behavior of microwave transmission displays the relaxation effect , which is related to the field strength and the concentration of the fluid
作者在试验中还发现微波透射率随电场强度的变化具有明显的弛豫效应。并且弛豫时间与电流变液的浓度及所加电场强度有关。 |
| 10. | The nanocomposite particles were prepared as er fluids with silicone oil . the er properties and dielectric properties of er fluids containing the composites had been investigated in detail
将复合颗粒按一定的比例与硅油配制成电流变液，测试了电流变液的电流变性能及其介电性能。 |
