| 1. | Strong langmuir turbulence and solar proton electron events
强朗缪尔湍动与太阳质子电子事件 |
| 2. | Pseudo turbulence induced by spherical bubbles moving in a uniform viscous liquid
球形气泡在匀速粘性液体中引起的伪湍动 |
| 3. | The ultra - relativistic electron acceleration by langmuir plasmons in laser plasma
激光等离子体中极端相对论性电子的朗缪尔湍动加速 |
| 4. | The velocity , turbulent intensity , and reynolds stress of the liquid was measured with ldv , while the hold up , velocity of gas were measured with piv
用ldv测量液相时均速度、湍动速度和雷诺应力，用piv测量含气率和气泡运动速度。 |
| 5. | The variation of sensible heat flux is dominated by air - sea temperature difference . interannual variability of turbulent heat fluxes is examined using svd , eof and mtm methods
热带太平洋enso事件通过对walker环流的调整减小热带大西洋itcz区的风速值，湍动热通量亦随之减小。 |
| 6. | Evaluation results show that the turbulence in convection zone is capable of generating enough wave energy to supply coronal energy lose due to convection and radiation
利用理论结果的计算表明，对流层的湍动对流完全有可能激发足够的波能去补充日冕中等离子体对流和辐射造成的能量损失。 |
| 7. | In the first part , turbulent motion in convection zone as source to generate alfven waves is studied following lighthill - stein theory , in which the turbulent source was described by nonlinear terms in mhd equations
就是将mhd方程中的非线性项通过fourier变换转化为湍动源项，并采用kolmogroff幂律谱来描述对流层的湍动谱。 |
| 8. | The turbulent effects of plasmas in above spectral lines broadening have been calculated primarily . furthermore , as an example , the turbulent region scale that corresponds to the turbulent broadening value of fexiva5303 in corona has been calculated
进一步以日冕绿线f _ exiv 5303为例，计算了它的等离子体加宽值对应的湍动区尺度，发现与实际日冕尺度相符。 |
| 9. | The threshold of autoregressive orders is obtained to identify the flow regimes of bubbling bed and turbulent bed . the accuracies of identification of bubbling bed and turbulent bed are 94 . 3 % and 80 . 0 % respectively . the arma models of the signals acquired from experiments are constructed
在此基础上，利用模型阶数进行流型的判别，初步实验结果表明，所采用流型辨识方法是有效的，气固流化床中鼓泡床和湍动床的辨识成功率分别为94 . 3和80 . 0 。 |
| 10. | By comparing the dry plate pressures drop and distributions of velocities simulated on single valve with those of double valves , it was found that there was intense turbulence in the flow fields around fixed - valve , there were eddy areas between valve side orifices and tray wall , there were eddies above the valves too , these led to the complex behaviors of gas perforating valve , these had a great effect on the gas - liquid mass transfer process . at the same time , in order to prevent the disadvantageous effect of gas between one valve with another on the gas - liquid mass transfer , it was very effective to change the fields of gas perforating valve by folding the edges of valve
通过对数值模拟得出的单阀和双阀塔板的干板压降及流场速度分布分析对比后发现，固定阀周围流场存在较强的湍动，阀侧孔与塔板壁面区域以及阀体的上方空间存在明显的涡流区，使气体穿阀后的行为变得复杂，并对气液传质过程产生重大影响；模拟结果表明，为防止和削弱固定阀间的对冲造成的“死区”对传质带来的不利影响，通过折边来改变气体的气路是非常有效的，模拟值与实验值基本得到吻合。 |
