Chinese translation for "养分释放"
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- nutrient releasing
Related Translations:
植物养分: plant foodplant nutrient 富于养分: be rich in nutrition 养分储存: reserve of nutrients 养分循环: nutrient cyclenutrient cyclingnutrientcycling 养分吸附: nutrient adsorption
- Example Sentences:
| 1. | Plant growth and nutrient release are directly related .
植物生长量与养分释放量是正相关的关系。 | | 2. | Releasing characteristic of zeolite nitrogen on briquetting and molten station
压片法和熔融盐法制备沸石氮肥的养分释放特性 | | 3. | Nutrient release and energy return of fine roots in casuarina equisetifolia plantation
木麻黄人工林细根分解过程中的养分释放及能量归还 | | 4. | Characteristics of releasing nutrition for slow urea nitrogen fertilizers at maize seedlng stage
缓释尿素氮肥在玉米苗期的养分释放特点 | | 5. | Release characteristics of nutrients of uncoated slow release compound fertilizer and nutrient uptake of wheat
非包膜缓释复合肥养分释放特性及小麦对养分的吸收 | | 6. | Effects of different temperatures on the nutrient releasing characters of apex horticultural release - controlled fertilizers
园艺专用控释肥料养分释放特性的影响研究 | | 7. | The paper introduces technological process and product characteristics of controlled release crop specialty compound fertilizer blended with film - coated urea and organic - inorganic compound fertilizers , discusses feature of n release in soil and crop utilization efficiency of film - coated urea and controlled release organic - inorganic blending fertilizer , expounds screening basis and recommended formulas of specialty compound fertilizer for main cash crops , and put forwards the existing problems and further research direction in this field
摘要概述采用包膜缓释氮肥与有机无机复混肥掺混创制养分释放可调控型作物专用肥的工艺流程及产品的技术性能，探讨了包膜缓释氮肥及控释型有机无机掺混肥在土壤中的氮素释放特性及当季作物的利用效率，阐述了主要经济作物专用肥筛选的依据、系列产品的推荐配方及应用效果，提出了本项技术目前存在的主要问题及今后的研究方向。 | | 8. | The structure of fertilizers was studied by scaning electronic microscopy ( sem ) , and the nutrient release characteristics were studied using water dissolution rate method and soil column leaching method . [ result ] the 24 hours n water dissolution rates of sapcus were 18 . 22 % - 83 . 87 % , and n accumulated leaching rates in four weeks were 40 . 91 % - 65 . 38 % , which decreased by 5 . 21 % - 40 . 68 % compared with that of urea under the same experiment conditions
方法以不同类型和吸水倍率的高吸水性树脂为包膜材料，以大颗粒尿素和改性矿物包膜尿素为原料肥料，研制出高吸水性树脂单层包膜尿素、高吸水性树脂复式包膜尿素系列产品，利用电子扫描电镜研究了其结构特征，并以水中溶出率法和模拟土柱淋溶法研究其养分释放特性。 |
- Similar Words：
- "养分去除" Chinese translation, "养分缺乏" Chinese translation, "养分缺乏症状" Chinese translation, "养分摄取" Chinese translation, "养分生物有效性" Chinese translation, "养分收支" Chinese translation, "养分位" Chinese translation, "养分吸附" Chinese translation, "养分吸收" Chinese translation, "养分吸收,吸收营养" Chinese translation
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