1) M-sized nitrogenous fertilizer plant
中氮肥
2) M sized nitrogenous fertilizer plants
中型氮肥厂
1.
In view of the practical situation for blowing gas recovery in M sized nitrogenous fertilizer plants connecting with the modification of process flow for gas making system,it is discussed in this paper the centralized recovery technology for blowing gas being applicable to M sized nitrogenous fertilizer plants and the economic and social benefits produced with the application of this technology.
针对中型氮肥厂的实际情况 ,结合造气系统工艺流程的改造 ,论述了适用于中型氮肥厂的吹风气回收技术以及应用该技术所带来的经济效益和社会效益。
3) medium-sized nitrogenous fertilizer enterprise
中型氮肥企业
1.
Approach to the reform mode of property right system for medium-sized nitrogenous fertilizer enterprises;
中型氮肥企业产权制度改革模式探讨
4) N fertilizer
氮肥
1.
The border effect and utilization rate of N fertilizer as base under wheat intercropped with spinach;
小麦间作菠菜的边际效应与基施氮肥利用率
2.
Four treatments were designed as the control (without urea incorporation); low N fertilizer level(0.
鉴于氮肥施用对农田CH4排放的影响还有很大不确定性,室外盆栽试验于2 0 0 2年在南京农业大学实施。
3.
In this paper,the concept related to ~(15)N application were introduced and interpreted,and the studies on N fertilizer research,N cycling and agricultural environment protection since 1980 were reviewed in detail.
本文介绍了15N的相关概念,列举了20世纪80年代以来15N在氮肥研究、氮素转化研究以及农业环境保护中的应用进展,阐明了应用15N的新技术已解决的问题,以及将要解决的问题,并展望了性核素示踪技术的应用前景。
5) nitrogenous fertilizer
氮肥
1.
Global scope assessment of China's nitrogenous fertilizer industry;
对我国氮肥工业的全方位评价
2.
Interactive effects of super absorbent polymer and nitrogenous fertilizer;
土壤保水剂与氮肥的互作效应研究
3.
Competitive Strategic Analysis on China Nitrogenous Fertilizer Industry;
中国氮肥行业市场竞争战略分析
6) N-fertilizer
氮肥
1.
Effect of N-fertilizer Levels on Physiobiochemistry in the Middle and Late Growth Stage of Super Hybrid Rice Ⅱ Youhang 1;
氮肥水平对超级稻Ⅱ优航1号生长中后期生理生化特性的影响
2.
Effect of Application Level of N-fertilizer on Nutritional Values of Corn Stalks;
氮肥追施量对玉米秸秆营养价值的影响
3.
Effect of N-fertilizer Application Patterns on Yield and N-fertilizer Efficiency of Corn;
氮肥施用方式对玉米产量和肥效的影响
补充资料:铵态氮肥
分子式:
分子量:
CAS号:
性质:以铵盐或氨为主要成分的氮肥。主要有氨水、液氨、硫酸铵、碳酸氢铵、氯化铵和磷酸铵等。能溶于水,肥效快,易被土壤和作物所吸收。可用于各种土壤,特别适用于水田。但氨水和液氨易流失,碳酸氢铵也易分解损失。不可与草木灰、石灰等碱性肥料相混合,以免引起氨的损失。
分子量:
CAS号:
性质:以铵盐或氨为主要成分的氮肥。主要有氨水、液氨、硫酸铵、碳酸氢铵、氯化铵和磷酸铵等。能溶于水,肥效快,易被土壤和作物所吸收。可用于各种土壤,特别适用于水田。但氨水和液氨易流失,碳酸氢铵也易分解损失。不可与草木灰、石灰等碱性肥料相混合,以免引起氨的损失。
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