1.
Influence of nitrogen loading and high temperature shock for running of UASB-ANAMMOX reactor
氮素负荷及高温冲击对UASB-ANAMMOX反应器的运行影响
2.
Estimating methods for non-point source pollution of small watershed in drinking water source area
饮用水源区小流域氮素污染负荷估算方法比较
3.
Male Rowers Change Regularity in BUN After Instaneous Heavy Load Activities;
男子划艇运动员急性大负荷运动后机体血清尿素氮(BUN)的变化规律
4.
The Influence of Different Training Intensity on Lactic Acid in Blood and Blood Urea Nitrogen of College Foot ball Players;
不同训练负荷对高校足球运动员血乳酸和血尿素氮影响的研究
5.
Effect of Basicity,Ammonia-N and COD on Independent Nitrification
碱度、氨氮负荷和COD对独立硝化的影响
6.
INFLUENCE OF BOD_5 LOADING (F/M) ON NITROGEN REMOVAL IN A~2/O PROCESS
负荷(F/M)对A~2/O工艺脱氮影响的研究
7.
Nitrogen Nutrient Balance and Load in Agro-ecosystem of Miyun Fangshan County in Beijing
北京市农田生态系统氮素养分平衡与负荷研究——以密云县和房山区为例
8.
Short-Term Load Forecasting Based on Load Decomposition and Hourly Weather Factors
基于负荷分解和实时气象因素的短期负荷预测
9.
NON-POINT SOURCE TN LOAD RESEARCH IN WEIHE BASIN ABOVE LINTONG SECTION;
渭河临潼断面以上流域非点源总氮负荷研究
10.
Distribution Characteristic of Livestocks and Fowls Non-point Source Nitrogen Latency Load in Jiangxi Province;
江西省家养畜禽非点源氮潜在负荷变化特点
11.
Estimation on Loads from Nitrogen and Phosphorus Loss in Agriculture in Ningxia Irrigation District
宁夏灌区农业氮磷流失污染负荷估算研究
12.
Pollution Load of N and P from Typical Suburb Regions in Dianchi Lake Catchments
滇池流域典型城郊氮磷污染负荷定量研究
13.
N and P load and its source in surface water of Yangtze River in Yibin area
长江宜宾境内地表水中氮磷负荷及来源构成
14.
Simulation of Dissolved Nitrogen Load in Jialing River Basin
嘉陵江流域非点源溶解态氮污染负荷模拟研究
15.
The Effects of Periodic Starvation on Nitrogen and Phosphorus Budgets of Litopenaeus Vannamei and Environmental N&P Loading;
周期性断食—投喂对凡纳滨对虾氮磷收支和环境氮磷负荷的影响
16.
Studies on Nitrogen and Phosphorus Budgets and Environmental N&P Loading of White Shrimp (Penaeus Vannamei);
南美白对虾的氮磷收支及养殖环境氮磷负荷的研究
17.
Effects of Different Load-factors on Swimmers Lactic Acid and Heart Rate;
不同负荷因素对游泳运动员负荷后血乳酸、心率的影响
18.
The Best Teaching Result and the Analysis of the Exercise Load Factors;
最佳教学效果与运动负荷的因素分析