The major limiting factor on cyclone intensity is the height and amplitude of the warm core that can develop; this is closely linked to the height to which eyewall clouds can reach, which is related to the level of moist entropy that can be achieved from ocean interactions under the eye...
4.5 强度指标 | Intensity metrics 5. 分级和命名 | Classification and naming 5.1 分级 | Classification 5.2 分级系统的限制 5.3 命名及编号 | Naming 5.4 相关气旋类型 | Related cyclone types 其他部分及参见、参考文献、外部链接 中文词条原文链接(无法从中国内地访问):请点击这里访问英文词条原文链接(无法从中...
网络热带气旋强度 网络释义 1. 热带气旋强度 热带气旋强度(tropical cyclone intensity)是热带气旋底层(近地面或近海面,下同)中心附近的最大平均风速或最低海平面气 … www.hq.xinhuanet.com|基于11个网页 例句 释义: 全部,热带气旋强度
热带气旋潜在最大强度(The Maximum Potential Intensity,MPI)是指TC在理想的外部初始条件(如海温、热交换系数)制约下所能达到的最大强度,也可以理解为TC在经过增强过程之后达到的稳态强度。MPI的研究对于理解TC的增强过程具有重要意义 当热带气旋达到最大强度,此时机械能产生为0,即 W˙=0 ,由方程(12): (13)ρAe...
Bister, M. & Emanuel, K. Low frequency variability of tropical cyclone potential intensity. 1. Interannual to interdecadel variability.J. Geophys. Res.107, 4801 (2002). Google Scholar Vecchi, G. & Soden, B. Effect of remote sea surface temperature change on tropical cyclone potential intensit...
Lowering ambient surface pressure causes an increase in tropical cyclone potential intensity20, which is one of the main inputs to the downscaling model, but a constant surface pressure was used in calculating potential intensity from the two NOAA reanalyses so in those cases the surface pressure ...
Low frequency variability of tropical cyclone potential intensity 1. Interannual to interdecadal variability [1]聽Recent research suggests that anthropogenic global warming would be associated with an increase in the intensity of tropical cyclones. A recent statis... Marja,Bister,and,... - 《Journal ...
the thermodynamic effect—a result of increased Maximum Potential Intensity in a warmer climate—would yield TCG patterns opposite to the model projections. Therefore, dynamic changes in response to anthropogenic greenhouse gas emissions ar...
Extreme Intensity of Tropical Cyclone (TC) Making Landfall and Influence on Climate Change Dr. Porpattama Hammachukiattikul 泰国普吉皇家大学 邀请人 : 包庆 研究员 2023年11月4日(星期六)10:00 3号楼1218会议室 报告摘要:...
Both storms experienced rapid pressure falls as a relatively small-scale positive upper potential vorticity anomaly began to superpose with the low-level tropical cyclone center.The interaction is described in terms of a complex interplay between vertical wind shear, diabatic heating, and mutual ...