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Artificial Precipitation Enhancement Weather System and the Operation Timing in Shenyang Area 被引量:2
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作者 董晓明 刁军 +1 位作者 刘凤芝 刘亚林 《Meteorological and Environmental Research》 CAS 2010年第4期102-105,共4页
By using the mathematical statistics and classification,the artificial precipitation enhancement cases in Shenyang area were analyzed.The results showed that the precipitation enhancement weather systems mainly includ... By using the mathematical statistics and classification,the artificial precipitation enhancement cases in Shenyang area were analyzed.The results showed that the precipitation enhancement weather systems mainly included the northeast cold vortex,high-altitude trough,North China low-pressure,high-pressure rear and cold front cloud system.The appropriate height of precipitation enhancement was about 3 000-6 000 m in the middle and upper part of the cloud layer.The timing of precipitation enhancement should be in the radar's monitoring.The systems moved slowly or maintained stably in the developing or mature stages.The aircraft rainfall enhancement should be used in the stable and deep cloud layers.The rocket and antiaircraft gun rainfall enhancement should be used in the unstable move. 展开更多
关键词 artificial precipitation enhancement Weather system RADAR Shenyang China
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Analysis on the Contribution of Artificial Precipitation Enhancement Amount to Annual Water Resources in Liaoning
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作者 班显秀 王吉宏 +1 位作者 胡伟 李帅彬 《Meteorological and Environmental Research》 CAS 2010年第10期69-70,100,共3页
Based on the water resource balance,the correlation between both the Liaoning water resource and precipitation and total amount of water resource from 1991 to 2004 was analyzed by assuming Liaoning to be an enclosed r... Based on the water resource balance,the correlation between both the Liaoning water resource and precipitation and total amount of water resource from 1991 to 2004 was analyzed by assuming Liaoning to be an enclosed region.And the calculation methods were developed to quantitatively determine the increase of rainfall due to artificial precipitation,and consequently ascertain the contribution of artificial rainfall amount to water resources. 展开更多
关键词 precipitation artificial precipitation enhancement Assessment Amount of water resource China
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ESTIMATION OF ARTIFICIAL PRECIPITATION ENHANCEMENT RESOURCE CONDITION AND CLOUD SEEDING POTENTIAL BY GROUND-BASED REMOTE SENSING DATA 被引量:3
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作者 段英 《Acta meteorologica Sinica》 SCIE 1999年第1期103-114,共12页
In this paper,the data of continuous atmospheric vertical integral vapour and liquid water content during April-June of 1992-1994 obtained by a ground-based dual-channel microwave radiometer are used to analyse the st... In this paper,the data of continuous atmospheric vertical integral vapour and liquid water content during April-June of 1992-1994 obtained by a ground-based dual-channel microwave radiometer are used to analyse the statistical characteristics of atmospheric vapour and liquid water content,and the relative distribution characteristics of vapour and liquid water content in cloudy atmosphere,the correlative relation of integral liquid water content L and ground precipitation intensity I.and precipitation transform rate of precipitation system.Finally,the weather modification condition of precipitus stratiform clouds and seeding potential is analyzed and discussed. 展开更多
关键词 ground-based remote-sensing artificial precipitation enhancement resource condition seeding potential
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Ecological Significance of Developing Cloud Water Resource in Liaoning Province 被引量:1
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作者 王华 班显秀 +1 位作者 张玉书 张淑杰 《Meteorological and Environmental Research》 CAS 2010年第8期80-83,共4页
The potential evapotranspiration of main ecosystems and its relationship with precipitation during the same period were studied,the results showed that precipitation did not meet the water requirement of main ecosyste... The potential evapotranspiration of main ecosystems and its relationship with precipitation during the same period were studied,the results showed that precipitation did not meet the water requirement of main ecosystems influencing ecosystem construction.Based on the data from Liaoning Provincial Department of Water Resources and Liaoning Meteorological Archives,the characteristics of water inflow and each component were analyzed,and it showed that the imbalance between supply and demand of water resource in main ecosystems was improved by means of developing cloud water resource to increase atmospheric precipitation. 展开更多
关键词 ECOSYSTEM Potential evapotranspiration artificial precipitation enhancement Cloud water resource China
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