| 1. | Aqueous two - phase partitioning technique
两相分离技术 |
| 2. | The two separated shores mingle their voices in a song of unfathomed tears
两相分离的海岸在深不可测的泪浪歌声中一唱一和。 |
| 3. | The separated process of solid - gas two - phase in the new concept was analyzed
介绍了含尘超音速高压气体的气固两相分离过程。 |
| 4. | Probing components of microbes in red soils of central china with the aqueous two - phase partitioning technique
应用两相分离技术研究红壤微生物组成的探讨 |
| 5. | In order to separate gas and solid two phases completely , the velocity of particles at the exit of laval nozzle should be high enough , therefore the laval nozzle should be long enough
?了更好地实现气、固两相分离，颗粒在缩放喷管出口处的速度应该足够大，因而缩放喷管就应该足够长。 |
| 6. | It is it make whom liquid exist small to suspend material ( paper pulp fibre ) separate out to the maximum extent to suitable for , purpose to realize firm , liquid two phase and separate
它适用于把液体中存在的微小悬浮物质（纸浆纤维）最大限度地分离出来，实现固、液两相分离的目的。 |
| 7. | By increasing the length of laval nozzle , an approach was presented to obtain higher particle velocity necessary for gas - solid separation in dusty gas of high temperature and high pressure
提出了用增加缩放喷管长度的方法，使含尘高温高压气体中的灰尘颗粒获得实现气固两相分离所必需的更高动量的途迳。 |
| 8. | Based on one dimension flow theory and lagrange method , the correlation of speeding rate of particles under gas flow drag with the size of particles and the length of laval nozzle used for the gas and solid two - phase separation test apparatus was studied
摘要采用一元流动理论和拉格朗日方法，研究了用于气、固两相分离试验装置的缩放喷管内，被气流拖曳的颗粒加速率与颗粒大小和缩放喷管长度的关系。 |
| 9. | The research aims at the demonstration and the mend of the design on the new purifier and presents a calculation method for solving the two - phase flow in fluid machine by the finite element method . after analyzing the two - phase flow in the new purifier by means of the continuum model , poisson equation , navier - stokes equation and continuous equation are derived and solved by using the finite element method . the solution on pressure , velocity and particle concentration simulates the departure well between oil and water , which proves the accuracy of the design on the new purifier
本文采用两相流连续介质模型，由两相分离流动理论得到控制方程，采用chorin的直接速度-压力mac法的思路，对新型油水分离装置内油水两相流动作了细致的分析，同时首次把科氏惯性力引入两相流模型中，进行分析和计算，将研究扩展到三维，并用有限元法分别解poisson方程、 n - s方程、连续方程的方法，对流场内压力场、速度场、浓度场进行了分析和计算，较好地模拟了新型油水分离装置内油水分离的现象，证明了设计方案的正确性。 |
| 10. | The reason was that pma was linear polymer and that the incompatibility of pdms and pma leaded microphase separation . additional , xps analyzed the three kinds of elements in surface and interior of ipn , the results indicated that the content of the elements c , si and 0 were misdistribution and different in surface as well as in interior of ipn . the reason was the poor compatibility of pdms and pma , and found that amount of initiator and the reaction rate effected the distribution
另外，本论文还通过xps电子能谱仪对工pn材料的表层和内层的化学元素c 、 51 、 o进行分析，发现表层与内层中的三种元素的含量并不相同，也没有规律可循，说明在形成ipn结构过程中，由于两相相容性不一致，它们的微运动趋向于两相分离，同时发现引发剂用量和反应速度对元素分布影响较大。 |
