1.
Studies on the Senescence Regulation and Mechanism of Ethanol Accumulation of Harvested "Brumal Jujube
冬枣采后衰老调控与乙醇积累机理的研究
2.
Mechanisms of Nitrate Accumulation in Vegetable and Its Agricultural Regulating Strategies;
蔬菜硝酸盐积累机理及其农艺调控措施研究
3.
Study on Absorption and Accumulation Mechanisms of Manganese in Hyperaccumulator Phytolacca Acinosa Roxb. (Phytolaccaceae);
超积累植物商陆吸收累积锰机理研究
4.
Investigation of Physiological Mechanisms of Cadmium Accumulation and Toxicity in Pakchoi;
小白菜镉积累及毒害生理机制的研究
5.
The Role of EDTA in Lead Accumulation by Maize and Mustard;
EDTA诱导玉米和芥菜积累Pb的机理探讨
6.
Characteristics and Mechanisms of Cadmium Uptake and Accumulation in Cadmium Accumulator Oilseed Rape Species;
积累镉油菜吸收累积镉的特征和机制
7.
Mechanism of nitrate accumulation of Chinese cabbage under properly enhanced ammonium
小白菜适当增铵下硝酸盐累积机理研究
8.
Studies on Physiological Mechanism in Cadmium Accumulation and Tolerance and Its Difference among Genotypic of Rice;
水稻镉积累和耐性机理及其品种间差异研究
9.
Genotypic Differences in Cadmium Tolerance and Accumulation in Rice and Its Mechanisms;
水稻镉耐性和积累的基因型差异与机理研究
10.
Variations Among Cultivars of Zizania Latifolia in Nutrients Accumulation and Distribution and the Mechanisms;
茭白养分积累与分配的品种间差异及其机理
11.
Studies on Physiological Mechanism of Genotypic Difference in Cadmium Accumulation and Tolerance of Barley;
大麦镉积累和耐性基因型差异的机理研究
12.
Studies on Physiological Mechanism of Sugar Transport and Accumulation in Satsuma Mandarin Fruit;
柑橘果实糖运输与积累的生理机制研究
13.
Physiological Response by Hyperaccumulator of Phytolacca Americana to Manganese Toxicity;
超积累植物—美洲商陆对锰毒的响应机理研究
14.
Mechanisms and Processes for Plant Uptake of PAHs and Prediction of Uptake with a Partition-limited Model;
植物吸收积累多环芳烃的过程、机理及预测模型
15.
The Physiological Mechanism Research of Nitrate Accumulation Difference in Different Spinach Variety;
不同菠菜品种硝态氮累积差异的生理机制研究
16.
Manipulation of Oxalate Accumulation in Vegetable Crops through Nitrogen(N) and Potassium(K);
氮钾营养对蔬菜累积草酸的调控及其机理研究
17.
Physiological and Biochemical Mechanisms of Starch Accumulation in High-starch Maize;
高淀粉玉米籽粒淀粉积累的生理生化机制
18.
Preliminary Studies on Cadmium Accumulation, Tolerance and Detoxification in Willows;
柳树对镉积累、忍耐与解毒生理机制初步研究