1.
Ensemble particle swarm algorithm based on mean squared error for adaptive equalization
基于均方误差的集粒子云自适应均衡算法(英文)
2.
Numerical Simulation of Influence of Drop Size Distribution Variation on Cloud and Precipitation;
云中粒子谱变化对云及降水影响的数值研究
3.
microwave absorption by clouds and precipitation particles
云和降水粒子的微波吸收
4.
As a result of the coupling, the single-particle states are clothed in a cloud of quanta.
作为耦合的结果，单粒子态被量子云覆盖起来。
5.
The falling speed of cloud droplets is small and falling cloud droplets are not very effective in scavenging smaller particles.
云滴下落速度不大，下降的云滴对清除较小粒子并不十分有效。
6.
A lead plate crosses the chamber and evidently the particle has passed through it.
一块铝板横放在云室中，显然有粒子穿过铅板。
7.
As the cloud contracts its particles will be subject to an acceleration of increasing amplitude.
云收缩时，它的粒子受到的加速将越来越大。
8.
Cloud adaptive particle swarm optimizer based on variation of expansion method
基于扩张变异方法的云自适应粒子群算法
9.
Case Study of Big Particles Effect on Lightning Initiation in Clouds Using Model
云内大粒子对闪电活动影响的个例模拟
10.
Contributions of Washout Process of Particles to Ion Concentrations in Rainwater
云下颗粒物清除作用对雨水离子组成影响研究
11.
Space Observation and Study of the Sun.Ⅱ.Ejection of the Solar Energetic Particles and Plasma Clouds
太阳的空间观测与研究Ⅱ—太阳高能粒子和等离子体云的抛射
12.
The molecules of gas surging upwards create a build-up of electricity
云层 内的气体粒子和湿气 在急速上升时产生了电荷
13.
The physics of such soluble particles is of especial relevance to fog and cloud formation.
这种可溶粒子的物理学与云和雾的形成关系特别大。
14.
Cloud particles are translucent, and will be visible from all sides when illuminated.
云的粒子是半透明的，当被照亮的时候，从侧面清晰可见。
15.
The Association between mtDNA Polymorphisms and Endomentrial Cancer with Women of Han Group in Kunming in Yunnan Province;
线粒体基因多态与云南昆明汉族妇女子宫内膜癌的关系的研究
16.
The Molecular Phylogenetic Research of Ips Typographus Based on Partial Sequences of mtDNA-12S rRNA, COⅠ, COⅡ Genes
基于线粒体12S rRNA、COⅠ、COⅡ基因的云杉八齿小蠹分子系统学研究
17.
The Relativity between Cloud Parameters Product Retrieved by FY-2C/D Satellite and Parsivel Observation
FY2C/D卫星反演云参数与地面降水粒子谱相关性初步分析
18.
Retrieval of the optical thickness and effective radius of multilayered cloud using MODIS data
利用MODIS数据反演多层云光学厚度和有效粒子半径