1) fishtail effect
鱼尾效应
1.
We only observe the fishtail effect(peak effect) at T=77K and 83K,and also the maximum value of JC shift towards higher fields as temperature decreased.
并且根据Bean模型利用磁化曲线计算得到临界电流密度,发现在所测数据中仅在T=77K和83K观察到鱼尾效应,而且随着温度的降低,鱼尾效应的峰值向大磁场方向移动。
2.
It is observed that the fishtail effect in (Bi,Pb)-2212 single crystal is dependent on temperature,and it manifests itself both on a single magnetic hysteresis loop and on the crossover of ZFC M~T curves under different fields.
我们通过对重Pb掺杂的Bi-2212((Bi,Pb)-2212)单晶磁化性质的测量来研究磁通钉扎性能,发现样品中存在与温度有明显依赖关系的鱼尾效应,且此鱼尾效应不仅体现在磁滞洄线上,还体现在不同磁场下零场冷的M～T曲线的交叠上。
2) wake effect
尾流效应
1.
The wind speed model considering wake effect can describe power output of wind farm more accurately under wind speed fluctuation, therefore the study result is more practical.
考虑风电场内机组间尾流效应的风速模型能较准确地描述风速扰动下风电场输出功率的波动,使研究结果更具有实际意义和价值。
2.
The vicinage effects and wake effects of H~+_2 molecular ion in solids are also discussed.
作者对H+2在固体膜中的电荷交换、分子关联效应以及尾流效应进行了必要的分析和讨论。
3.
The cluster effects and wake effects of H 3 + ions in solids are also discussed in detail.
分析研究了H3+ 团簇与固体作用中的团簇效应和尾流效应 。
3) wake effect
尾迹效应
4) wakefield effects
尾场效应
1.
Short-range beam wakefield effects are discussed in this paper by means of a two-particle model, in which the front and tail of a beam bunch are represented with two macroparticles.
在双粒子模型假定下讨论了短程束流尾场效应。
2.
The high current and short bunch of the electron beam in the BEPCII injector linac cause the wakefield effects on the beam performance dilution.
BEPCII直线注入器中的强流、短束团的尾场效应将损害束流的性能 。
5) trailing vortex
尾涡效应
1.
Simulation results of the control system with the model considering trailing vortex shows more strong anti-interference capability and more effective than traditional PI method.
以考虑尾涡效应的机组动态模型作为应用实例,对该复合控制系统进行了仿真。
2.
Finally,utilizing the model considering trailing vortex as example,the simulation shows the effectiveness and practicability of the proposed method.
最后,利用考虑尾涡效应的机组动态模型作为应用实例对复合控制方法进行仿真,结果表明提出方法的有效性与实用性。
6) afterbody effect
尾部效应
补充资料：鱼尾赤
1.即鱼尾红。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条