红碱淖,Hongjiannao lake
1)Hongjiannao lake红碱淖
1.Environmental Changes Deduced from Grain-size Characteristics of the Sediments from Hongjiannao Lake,Shaanxi Province;陕北红碱淖沉积物粒度特征所揭示的环境变化
2.Notes on wetland birds in Hongjiannao lake of Shaanxi province;陕西红碱淖湿地鸟类初步调查
3.A 0.1 ka-year Record of Environmental Evolution in Hongjiannao Lake, Shaanxi Province;陕西红碱淖近百年来环境变化的湖泊沉积记录
英文短句/例句

1.Protective situation and countermeasureson Larus relictus(Laridae) in Hongjiannao wetland of Shannxi Province;陕西红碱淖遗鸥种群的保护现状及对策
2.Effect of Human Activities and Climate Change on the Water Surface Area of Hongjiannao Lake人类活动和气候变化对红碱淖水面面积的影响
3.Quantitative Analysis on Water Volume Change and Impacting Factors for Hongjiannao Watershed in Northern Shaanxi Province陕北红碱淖流域水量变化及其影响因素定量分析
4.Environmental Changes Analysis of Hongjiannao Lake During Recent Fifty Years--Based on the Data of Lake Sediments红碱淖湖泊近50年来的环境变化分析——以湖泊沉积记录数据为依据(英文)
5.Blushing from shyness, like yawning or stuttering, can be infectious.It's sticky, like walking through mud in rubbers.You can't set your foot down;then when you do you can't pull it out.害羞脸红跟打呵欠或口吃一样,有传染性,情况粘滞,仿佛像穿橡皮鞋走泥淖,踏不下而又拔不出。
6.Ralationships between Structure and Antibacterial and Acaricidal Activity of Sanguinarine and Chelerythrine;血根碱及白屈菜红碱抑菌和杀螨活性构效关系
7.Study on Purification of Sanguinarin and Chelerythrine from Eomecon Chionantha血水草中血根碱和白屈菜红碱的分离制备研究
8.Technics of Separating Hongmaoxinjian from Radix Caulophylli. and Its Pharmacy Study;红毛七中红毛新碱的分离工艺及其药学研究
9.Extraction of Phycoerythrin and Treatment of Alkali Waste Water with Membrance Separation膜分离法用于分离红藻藻红蛋白及废碱液处理
10.Congo paper一种化学试纸(遇酸变蓝色,遇碱变红色)
11.Detection of Erythrocyte Acetylcholinesterase with Kinetic Method红细胞乙酰胆碱酯酶的连续监测法
12.Study on the Hydrolysis of TADFIW under Alkaline Condition by Online Infrared用在线红外研究TADFIW的碱性水解反应
13.Determination of chelerythrine in Chelidonium majus by RP-HPLCRP-HPLC测定白屈菜中白屈菜红碱的含量
14.Simplification of model for tea caffeine detection by near infrared spectroscopy茶叶咖啡碱近红外光谱模型简化方法
15.Study on resveratrol from red skin of peanut by alkaline extraction method碱法提取花生红衣中白藜芦醇的研究
16.He would pull himself out of the mire.他要把自己拨出泥淖。
17.Jean-Bé del Bokassa, president of the Central African Republic, crowns himself Emperor Bokassa I of the Central African Empire.辏?蟹枪埠凸?淖芡臣?
18.A motorcycle had become stuck in the mud.一辆摩托车陷在泥淖中。
相关短句/例句

Hongjiannao红碱淖
1.Protective situation and countermeasureson Larus relictus(Laridae) in Hongjiannao wetland of Shannxi Province;陕西红碱淖遗鸥种群的保护现状及对策
2.Preliminary study of Hongjiannao Lake s variation and ecological water demand;陕北红碱淖湖泊变化和生态需水初步研究
3.The Research on Marketing Strategy of Hongjiannao Scenic Spots;红碱淖景区营销策略研究
3)Hongjiannao wetland红碱淖湿地
1.Hongjiannao wetland,located on the migratory route of birds in China and an area of concentrated distribution of waterfowls,was the main spot for resting and reproduction of Larus relictus and waterfowls in migration.红碱淖湿地位于中国候鸟迁徙的主要路线上,水鸟分布较为集中,是遗鸥、大天鹅等珍稀水鸟的重要迁徙停歇地和繁殖地。
4)Hongjiannao watershed红碱淖流域
1.Water supply and consumption of Hongjiannao watershed during 1998-2004 were calculated with generalized methods and a water balance model was established.通过概化计算得到陕北红碱淖流域1998~2004年的水量补给和消耗,建立了流域水量平衡模型,使用Mat-lab软件建立了多因素线性回归模型,定量分析了红碱淖流域水量失衡的影响因素。
5)Basic violet碱性品红
1.Study on photocatalytic degradation of basic violet and mechanism in UV/TiO_2 suspension system;UV/TiO_2悬浮体系光催化降解碱性品红及机理研究
2.The degradation of basic violet by electrogenerated H_2O_2-TiO_2/UV system was investigated in this paper.以碱性品红为模型有机污染物,研究了其在电化学生成H2O2-TiO2/UV体系中的降解,研究结果表明:碱性条件下碱性品红降解最快,酸性其次,中性最慢;在5。
3.Degradation of basic violet by solo electrolysis and solo photocatalysis, and degradation of eosin and basic violet by electrolysis-photocatalysis were investigated.本论文在研究电化学生成H_2O_2氧化降解碱性品红、TiO_2/UV光催化降解碱性品红基础上,进行了电解—光催化结合降解曙红和碱性品红的研究,得到以下结论: (1)在电解体系中模型污染物的降解是由PbO_2阳极氧化和H_2O_2直接氧化共同引起的,在pH=4。
6)basic fuchsin碱性品红
1.Determination of Trace Nitrite by Catalytic Spectrophotometry with Basic Fuchsin碱性品红催化光度法测定痕量亚硝酸根
2.The adsorption performance of steel slag to basic fuchsin dye and the affecting factors were studied,and the microwave degradation of dye adsorbed on steel slag-coke was investigated.研究了钢渣对碱性品红染料的吸附性能、影响因素以及微波对吸附在钢渣-焦炭上的染料的降解作用。
3.A method has been developed for the determination of trace iron(Ⅲ) based on the fact that iron(Ⅲ) can catalyze the oxidation of basic fuchsin by hydrogen peroxide in H 2SO 4 medium.在稀硫酸介质中,铁(Ⅲ)对过氧化氢氧化碱性品红的反应具有灵敏的催化作用。
延伸阅读

红碱淖红碱淖位于陕北神木县尔林兔镇,与内蒙古伊克昭盟接壤,是本地区最大的一个沙漠盆湖,当地称为海子。红碱淖湖水面积约36000公顷,最大水深15米,蓄水8亿立方米,是陕西最大的内陆湖泊。烟波浩淼,风光旖旎。湖水含盐度为3.5%,适宜发展养殖业。湖西5公里有面积达66666.7公顷的天然草原牧场,水草丰盛,牛羊成群。湖中盛产鲜鱼,湖滨宜林牧,整个湖区空气清新,环境宜人,是避暑度假的好地方。