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王玉清
重点项目
项目编号:
41730960 【年份:2017】
项目名称:
基于卡诺(Carnot)热机的热带气旋加强的理论研究
资助金额:
313万
单位名称:
中国气象科学研究院
学科分类:
D0504.大气动力学
参与者:
中国气象科学研究院
基于卡诺(Carnot)热机的热带气旋加强的理论研究
项目批准号:
41730960
批准年份:
2017
学科分类:
D0504.大气动力学
项目负责人:
王玉清
资助类别:
重点项目
负责人职称:
教授
依托单位:
中国气象科学研究院
资助金额:
313万元
关键词:
中尺度数值预报模式;台风动力学;热带气旋
起止时间:
2018-01-01到2022-12-31
中英文摘要
结题摘要
结题报告
项目成果
项目参与人
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期刊论文
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作者
1
The roles of barotropic instability and the beta effect in the eyewall evolution of tropical cyclones.
期刊论文
Jiang J.;Y. Wang
2
The intensity-dependence of tropical cyclone intensification rate in a simplified energetically based dynamical system model.
期刊论文
Wang Y.;Y.-L. Li;J. Xu;Z.-M. Tan;Y.-L. Lin
3
Why does rapid contraction of the radius of maximum wind precede rapid intensification in tropical cyclones?
期刊论文
Li Y.-L.;Y. Wang;Y.-L. Lin;X. Wang
4
Stochastic simulation of tropical cyclones for risk assessment at one go: A multivariate functional PCA approach.
期刊论文
Chi Yang;Jing Xu;Jianming Yin
5
Effects of sea spray on the simulated tropical cyclone development: Dependence on surface drag coefficient parameterization.
期刊论文
Duan Z.-Q.;Y. Wang;Y.-L. Li
6
A long lasting vortex Rossby wave induced rainband of Typhoon Longwang (2005).
期刊论文
Lin Y.-L.;Y.-L Li;Q.-S Li;M.-Y. Chen;F.-H Xu;Y. Wang;B. Huang
7
Some refinements to the most recent simple time-dependent theory of tropical cyclone intensification and sensitivity
期刊论文
Wang Y.;Z.-M. Tan;Y.-L. Li
8
Effects of terrain and landmass near Fujian Province of China on the structure and propagation of a long-lived rainband in Typhoon Longwang (2005): A numerical study.
期刊论文
Li Y.-L.;Y. Wang;Y.-L. Lin;R. Fei;J.-Y. Gao
9
A dynamical initialization scheme for tropical cyclones under the influence of terrain.
期刊论文
Liu H.-Y.;Y. Wang;J. Xu;Y.-H. Duan
10
Contribution of dissipative heating to the intensity-dependence of tropical cyclone intensification.
期刊论文
Wang Y.;J. Xu;Z.-M. Tan
11
Contribution of recycling of surface precipitation to landfalling tropical cyclone rainfall: A modeling study for Typhoon Utor (2013).
期刊论文
Liu L;J. Xu.;Y. Wang;Y.-H. Duan
12
Coastal ocean response and its feedback to Typhoon Hato (2017) over the South China Sea: A numerical study.
期刊论文
Zhang Z.;Wang Y.;Zhang W.;Xu J.
13
Why does the initial wind profile inside the radius of maximum wind matter to tropical cyclone development?
期刊论文
Li Y.-L.;Y. Wang;Z.-M. Tan
14
Factors controlling tropical cyclone intensification over the marginal seas of China.
期刊论文
Li X.-M.;R.-F. Zhan;Y. Wang;J. Xu
15
The role of boundary layer dynamics in tropical cyclone intensification. Part I: Sensitivity to surface drag coefficient.
期刊论文
Li T.-H.;Y. Wang
16
A numerical study of Typhoon Megi (2010). Part II: Eyewall evolution crossing Luzon Island.
期刊论文
Wang H.;Y. Wang
17
Evolution of the warm-core structure during the eyewall replacement cycle in a numerically simulated tropical cyclone.
期刊论文
Wang H.;Y. Wang;J. Xu;Y.-H. Duan
18
A new time-dependent theory of tropical cyclone intensification.
期刊论文
Wang Y.;Y.-L. Li;J. Xu
19
Dependence of superintensity of tropical cyclones on SST in axisymmetric numerical simulations.
期刊论文
Li Y.-L;Y. Wang;Y.-L Lin;R. Fei
20
Reply to “Comments on ‘How much does the upward advection of the supergradient component of boundary layer wind contribute to tropical cyclone intensification and maximum intensity?’”
期刊论文
Li Y.-L.;Y. Wang;Y.-L Lin
21
How much does the upward advection of supergradient component of boundary-layer wind contribute to tropical cyclone intensification and maximum intensity?
期刊论文
Li Y.-L.;Y. Wang;Y.-L. Lin
22
A physically based statistical model with the parameterized topographic effect for predicting the weakening of tropical cyclones after landfall over China
期刊论文
Liu L.;Y. Wang
23
A numerical study on the formation and maintenance of a long‐lived rainband in Typhoon Longwang (2005).
期刊论文
Li Y.-L.;Y.-L Lin;Y. Wang
24
The performance of three exponential decay models in estimating tropical cyclone intensity change after landfall over China.
期刊论文
Liu L.;Y. Wang;H. Wang
25
Tropical cyclone intensification simulated in the Ooyama-type three-layer model with a multilevel boundary layer
期刊论文
Fei R.;Y. Wang
26
Contributions of anomalous large-scale circulations to the absence of tropical cyclones over the western North Pacific in July 2020
期刊论文
Liu H.-Y.;J.-F. Gu;Y. Wang;J. Xu
27
Dependence of Tropical Cyclone Intensification Rate on Sea Surface Temperature, Storm Intensity, and Size in the Western North Pacific
期刊论文
Xu Jing;Wang Yuqing
28
Consistent pattern of rainfall asymmetry in binary tropical cyclones.
期刊论文
Liu H.-Y.;J.-F. Gu;Y. Wang
29
Sensitivity of fine-scale structure in tropical cyclone boundary layer to model horizontal resolution at sub-kilometer grid spacing.
期刊论文
Xu H.-X.;Y. Wang
30
Intensity change of binary tropical cyclones (TCs) in idealized numerical simulations: Two initially identical mature TCs,
期刊论文
Liu H.-Y.;Y. Wang
31
How frequently does rapid intensification occur after rapid contraction of the radius of maximum wind in tropical cyclones over the North Atlantic and Eastern North Pacific?
期刊论文
Li Y.-L.;Y. Wang;Z.-M. Tan
32
Contribution of vertical advection to supergradient wind in tropical cyclone boundary layer: A numerical study.
期刊论文
Fei R;Y. Wang;Y.-L. Li
33
Reply to "Comments on "Revisiting the Balanced and Unbalanced Aspects of Tropical Cyclone Intensification'"
期刊论文
Heng Junyao;Wang Yuqing;Zhou Weican
34
How does horizontal diffusion influence the intensification and maximum intensity of numerically simulated tropical cyclones?
期刊论文
Fei R;Y. Wang
35
Interbasin differences in the median and variability of tropical cyclone MPI in the northern hemisphere.
期刊论文
Xu J.;Wang Y.;Yang C.
36
The relationship between pre-landfall intensity change and post-landfall weakening of tropical cyclones over China.
期刊论文
Han W.-J.;Y. Wang;L. Liu
37
Impact of Different Types of ENSO Years on Intensity Changes of Landfalling Tropical Cyclones over China
期刊论文
Liu Lu
38
Revisiting the dynamics of eyewall contraction of tropical cyclones
期刊论文
Li Y.-L.;Y. Wang;Y.-L. Lin
39
Trends in landfalling tropical cyclone induced precipitation over China
期刊论文
Liu L.;Y. Wang
40
Effect of unidirectional vertical wind shear on tropical cyclone intensity change – Lower-layer shear versus upper-layer shear.
期刊论文
Fu H.;Y. Wang;M. Riemer;Q.-Q. Li
41
Factors affecting the variability of MPI of tropical cyclones over the North Atlantic.
期刊论文
Xu J.;Y. Wang;C. Yang
42
The axisymmetric and asymmetric aspects of the secondary eyewall formation in a numerically simulated tropical cyclone under idealized conditions on an f-plane.
期刊论文
Wang H.;Y. Wang;J. Xu;Y.-H. Duan
43
A numerical study of rapid intensification of Supertyphoon Vicente (2012) in the South China Sea. Part II: Roles of inner-core processes.
期刊论文
Chen X.-M.;Y. Wang;J. Fang;M. Xue
44
Relative timing of the ends of hurricane intensification and contraction of the radius of maximum wind in the North Atlantic and Eastern North Pacific.
期刊论文
Li Y.-L.;Z.-M. Tan;Y. Wang
45
Factors affecting the weakening rate of tropical cyclones over the western North Pacific.
期刊论文
Fei R.;J. Xu;Y. Wang;C. Yang
46
Increasing destructive potential of landfalling tropical cyclones over China.
期刊论文
Liu L.;Y. Wang;R.-F. Zhan;J. Xu
47
Potential intensification rate of tropical cyclones in a simplified energetically based dynamical system model: An observational analysis.
期刊论文
Xu J.;Y. Wang
48
The role of boundary layer dynamics in tropical cyclone intensification. Part II: Sensitivity to initial vortex structure.
期刊论文
Li T.-H.;Y. Wang
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