1) Jinjiang River basin
晋江流域
1.
Runoff simulation with calibration and validation of three stations in Jinjiang River basin;
基于3个站点校准与验证的晋江流域径流模拟
2.
Calculation of minimum ecological water demand of river channels and reservoirs in Jinjiang River Basin;
晋江流域河道水库最小生态需水量计算研究
3.
A Study of Ecological and Environmental Water Requirements in Jinjiang River Basin;
晋江流域生态环境需水研究
2) Jinhe River and Fenhe River basin
晋汾河流域
1.
Researches on water-users participating management system in Jinhe River and Fenhe River basin during Ming Dynasty and Qing Dynasty;
明清时期晋汾河流域用水户参与式管理制度研究
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) Xiangjiang River valley
湘江流域
1.
51 samples were collected from Xiangjiang River valley in May 2004.
2004年5月采集了湘江流域51个样品,用AES萃取技术,使用GC-MS方法测定了样品中的六氯苯(HCB)、滴滴涕(DDTs)、氯丹、艾氏剂、狄氏剂、异狄氏剂、七氯和灭蚁灵等有机氯农药(OCPs)。
5) JiangHuai River Basin
江淮流域
1.
We have made a serious experiments about the application of esterified red koji in poly-grain type distilled spirit's production of JiangHuai River Basin.
通过对酯化红曲在江淮流域多粮型大曲酒生产上的应用试验进行跟踪分析,试验池口与对照池口相比,出酒率、升级率、升级酒数量、综合效益等经济指标提高幅度明显,且己酸乙酯、乳酸乙酯比例协调,达到了提高江淮流域多粮型大曲酒产、质量的目的。
2.
We have solveed a lot of difficult problems , which are puzzled by many liquor factories in Jianghuai River Basin , such as "increaseing ethyl caproate .
洋河酒厂根据白酒市场及消费者口味的变化需求,在酿酒生产工艺上大胆试验、创新,从单粮型改变为多粮型生产工艺,用几年时间逐步摸索出一套具有该公司特点的工艺参数,成功解决了困扰江淮流域浓香型白酒厂多年的"增己降乳"、压窖后第二排"掉排"等问题,使得该公司基础酒质量及洋河酒饮后舒适度明显提高,为该公司打造以"洋河蓝色经典"系列酒为代表的绵柔型白酒,奠定了坚实的基础。
6) Yangtze valley
长江流域
1.
Emergency mechanisms of water pollution accidents for Yangtze valley;
长江流域重大水污染事件应急机制探讨
2.
Evolutional mechanism of geo -ecological environment and comprehensive division of natural disaster in the Yangtze Valley;
长江流域地质—生态环境的演化机制及综合自然灾害区划
3.
Consideration on modern water resources management of the Yangtze valley;
关于现代长江流域水资源管理的思考
补充资料：晋江
| 晋江 位于中国福建省南部。上游有东西两支均发源于戴云山，在南安县石砻附近汇合，东南流经泉州市入泉州湾，长162千米。河流主要靠雨水补给，受台风雨影响，水量变化大，6～9月最大流量的4个月一般占年径流量的55％～70％。晋江上游东滨建有山美水库，是以农田灌溉为主的大型水库，灌溉农田面积2.33万公顷以上。电站装机容量3万千瓦。南安以下可通航。 |
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