2) main course of Wusulijiang River
乌苏里江干流
3) Wujiang River
乌江流域
1.
Temporal and spatial distribution of different mercury species in precipitation of Wujiang River Basin;
乌江流域大气降雨中不同形态汞的时空分布
2.
A Preliminary Analysis of Genetic Diversity of Population of Onychostoma sima in Wujiang River with Microsatellite Markers
微卫星标记分析乌江流域白甲鱼群体的遗传多样性
3.
Methylmercury concentrations of inflows and outflows in cascade reservoirs in Wujiang River were determined by distillation-ethylation(GC-CVAFS) technique in 2006.
采用蒸馏-乙基化结合(GC-CVAFS)法,测定了2006年乌江流域梯级水库系统入、出库河流甲基汞的含量,探讨了其分布特征和时空变化规律以及梯级水库修建对河流甲基汞分布的影响。
4) Wujiang drainage area
乌江流域
1.
Investigation and analysis of the condition of school-based curriculum development of primary and secondary schools in Wujiang drainage areas;
乌江流域农村中小学民族体育校本课程开发状况调查与分析
2.
On countermeasures for school-based curriculum development of national P.E.in Wujiang drainage area;
乌江流域民族体育校本课程开发对策研究
3.
During Qing dynasty,the education in Wujiang drainage area was developed to a great extent and the literary art was becoming prosperous.
清代乌江流域的文化教育得到了较大的发展,文学艺术也逐渐走向繁荣。
5) Wujiang river basin
乌江流域
1.
Water resources development and sustainable utilization of Wujiang river basin in Guizhou Province;
贵州乌江流域的水资源开发与可持续利用
2.
Harmonious Town Development in Wujiang River Basin and Three Gorges Area;
论乌江流域与三峡库区的城镇协调发展
3.
Assessment of Vegetative Land Cover Change Using AVHRR/NDVI and SPOT/NDVI Data in Wujiang River Basin,Southwest China;
贵州省乌江流域植被覆盖动态变化分析
6) the Wujiang River Basin
乌江流域
1.
Application of Neural Network BP Model in Forecasting Yearly Average Sediment Concentration in the Wujiang River Basin;
应用人工神经网络BP模型预测乌江流域年平均含沙量
2.
Analysis on variation characteristics and influencing factors of runoff and sediment in the Wujiang River basin;
乌江流域水沙变化特性及其原因分析
补充资料：干流动剂、水悬性颗粒剂
分子式：
CAS号：
性质：又称干流动剂、水悬性颗粒剂。入水后，自动崩解，分散成悬浮液。它是在可湿性粉剂和悬浮剂的基础上发展起来的新剂型，它具有分散性好，悬浮率高、稳定性好、使用方便等特点，避开了可湿性粉剂产生粉尘，悬浮剂包装运输不便，贮藏易产生沉淀、结块、流动性差、粘壁等缺点。生产方法有喷雾造粒、悬式造粒、挤压造粒、高强度混合造粒、流化床造粒等。
CAS号：
性质：又称干流动剂、水悬性颗粒剂。入水后，自动崩解，分散成悬浮液。它是在可湿性粉剂和悬浮剂的基础上发展起来的新剂型，它具有分散性好，悬浮率高、稳定性好、使用方便等特点，避开了可湿性粉剂产生粉尘，悬浮剂包装运输不便，贮藏易产生沉淀、结块、流动性差、粘壁等缺点。生产方法有喷雾造粒、悬式造粒、挤压造粒、高强度混合造粒、流化床造粒等。
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