1) salinization
盐化土壤
1.
To protect soil in new irrigation region in Majiatang from secondary salinization,an experiment area was selected in south part of Majiatang, where sign of salinization of soil occurs.
为了改善宁夏马家塘新灌区灌水后土壤次生盐渍化现象,以马家塘灌区南部有盐化迹象的土壤为对象,选择两种不同土壤类型,即通体型盐化土壤和中位底盐型盐化土壤,在不同的灌水定额条件下,对土壤中可溶盐分组成进行分析。
2) salinization
盐化
1.
Relationship between salinization and alkalization of sodic soil in Da an City;
吉林省大安市苏打碱土盐化与碱化的关系
3) salinization of river
河流盐化
4) salt & chemical industry
盐化工业
1.
The paper introduced the utilization of salt resource in He'nan Province,and analyzed its development situation of the salt & chemical industry,and explained the advantageous factors and disadvantageous factors on the salt & chemical industry,at last,put forward the development target and some measures.
简述了河南省盐矿资源开发现状,分析了河南盐化工业发展的态势,论述了发展盐化工产业的有利条件和不利因素,提出了发展目标和保障措施。
5) Low-salted
低盐化
1.
Study on Production Technics of Low-salted Meicai Vegetable;
梅菜低盐化生产工艺研究
2.
This paper, based on the relationship between tsatsai fresh keeping and low-salting, illustrated the principle of low-salted tsatsai, which combined the function of osmosis, organic acid, plant antibiotic, antiseptic and thermal sterilization, with an attempt to the qualitative production of low salt tsatsai.
以榨菜保鲜与低盐化的关系为依据,阐述了低盐化榨菜生产原理,即通过渗透压的作用、有机酸的作用、植物抗菌素和防腐剂的作用以及加热灭菌等的联合作用,以达到低盐化榨菜生产并保证质量的目的。
6) salt chemical industry
盐化工
1.
Development status and prospect of salt chemical industry in Geermu area;
格尔木盐化工产业发展现状及其前景展望
2.
Ideas for developing salt chemical industry in Jianghan Oil Field;
江汉油田的盐化工发展思路
3.
The present situation of recycling economy of salt chemical industry was summarized,and the necessity and feasibility were analyzed in this paper.
主要对江苏淮安盐化工循环经济发展的现状,发展的必要性、可行性及可操作性进行了分析研究,并对加快淮安盐化工循环经济发展提出了几点建议。
参考词条
补充资料：土壤盐化
分子式：
CAS号：
性质：又称土壤盐渍化或土壤盐化。土壤中可溶性盐类随水向表层移动并积累下来，而使可溶性盐(如石膏)含量超过0.1％或0.2％的过程。土壤中盐分的主要来源是风化产物和含盐的地下水。灌溉水含盐和施用生理碱性肥料也可使土壤中盐分增加。土壤盐碱化后，土壤溶液的渗透压增大，土体通气性、透水性变差，养分有效性降低，植物不能正常生长。
CAS号：
性质：又称土壤盐渍化或土壤盐化。土壤中可溶性盐类随水向表层移动并积累下来，而使可溶性盐(如石膏)含量超过0.1％或0.2％的过程。土壤中盐分的主要来源是风化产物和含盐的地下水。灌溉水含盐和施用生理碱性肥料也可使土壤中盐分增加。土壤盐碱化后，土壤溶液的渗透压增大，土体通气性、透水性变差，养分有效性降低，植物不能正常生长。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。