石灰氮

  • 网络Calcium cyanamide;lime nitrogen
石灰氮石灰氮
  1. 缩短休眠期的效果与涂石灰氮的时间没有关系。

    The effect of shortening dormancy period bears no relation with the times on which lime Nitrogen were smeared .

  2. 表明土壤水分含量和温度对石灰氮的作用效果影响最大,土壤pH影响次之。

    The greatest impact on soil moisture content and temperature on the effect of lime nitrogen and soil pH affect the second .

  3. 调温+涂石灰氮复合处理,可提早15d通过休眠期。

    By combining adjusting temperature in the hothouse with smearing lime nitrogen , the dormancy period ended 15 days in advance .

  4. 用40%石灰氮浸出液处理18h打破休眠的效果最好。

    Results showed that treatment of 40 % lime nitrogen for 18 hours gave the strongest promoting effect for breaking dormancy .

  5. 石灰氮在灰铸铁中的脱硫和强化作用

    Desulphurizing and Strengthening Effect of Calcium Cyanamide in Grey Cast Iron

  6. 石灰氮配施稻草效果会更佳。

    Lime nitrogen fertilizer the straw would be more effective .

  7. 采用沉降炉生产石灰氮,具有独特的优点。

    Using nitriding furnace in manufacturing calcium cyanamide has a unique advantage .

  8. 石灰氮生产精细化工产品前景广阔

    Calcium Cyanamide Promising Broad Prospects for Production of Fine Chemicals

  9. 不同浓度石灰氮解除温室葡萄‘奥迪亚无核’休眠试验

    Test of Different Lime-nitrogen Concentrations on Dormancy-release of ' Otilia Seedless '

  10. 石灰氮和水杨酸对油桃金山早红花芽休眠的影响

    Effects of CaCN_2 and SA on Dormancy Release of Flower Bud of Nectarine

  11. 石灰氮对尿素的增效作用和在青菜生产中的应用

    Effects of lime-nitrogen on synergism of urea and its application in Brassica chinensis culture

  12. 用石灰氮作铸铁添加剂

    Lime Nitrogen as Additive of Gray Iron

  13. 新型氮肥&石灰氮尿素的性能及生产

    Properties and Production of Limed Nitrogen Urea

  14. 因此,研究石灰氮沉降炉出料技术具有重要的现实意义。

    So , to research the technique in discharge from the furnace is of practical significance .

  15. 沉降炉生产高质量石灰氮时粘壁问题的探讨

    Probing of Drum-Side Stuck Problem in The Process of High Quality Calcium Cyanamide by Gravity-Operated Furnaces

  16. 用石灰氮对中国野生葡萄进行打破休眠研究。

    The experiment on breaking dormancy of Chinese wild grapes with Ca ( CN ) 2 was conducted .

  17. 用石灰氮与阿维菌素混用进行土壤处理,明显减轻了蔬菜根结线虫的危害。

    Using the mixture of calcium cyanamid and avermectin in soil disinfestation , the endanger of nematode was decreased evidently .

  18. 堆肥中添加石灰氮,研究其对不同血清型牛致病性大肠杆菌的抑菌效果。

    Add lime nitrogen in the compost , to study the antibacterial activity of different serotypes of bovine pathogenic E. coli .

  19. 石灰氮作为氮肥增效剂添加到尿素中,可提高尿素氮的利用率,使青菜产量增加,硝酸盐含量降低。

    Ap-plying urea supplemented with lime-nitrogen could raise the use efficiency of urea , increase the yields of vegetables and reduce contents of nitrate .

  20. 这也是石灰氮作为土壤消毒剂的优势所在,与传统化学农药土壤消毒剂的重要区别。

    This is also the advantage of lime nitrogen as a soil disinfectant , an important difference with the traditional chemical pesticides in soil disinfectant .

  21. 双氰氨对茄子黄萎病菌丝体生长没有明显的抑制作用,石灰氮对菌丝体生长有很好的抑制作用。

    The dicyandiamide no apparent inhibition of Verticillium wilt on eggplant mycelium growth , lime nitrogen have a good inhibitory effect on mycelial growth . 4 .

  22. 石灰氮尿素改善了尿素的肥效,并能调节农作物的生长期,提高产量,还有杀虫效果。

    Limed nitrogen urea can improve the efficiency of urea fertilizer , regulate the growth period of plant , improve the yield of crop and work as pesticide .

  23. 结果表明,石灰氮对硝化作用有明显的抑制效应,并能抑制脲酶活性,延缓尿素水解。

    The results showed that the effect of lime-nitrogen on the inhibition of nitrification is obvious , and it inhibited urease activity and decreased the hydrolytic rate of urea .

  24. 本研究表明,石灰氮在入侵生物福寿螺的防治方面有一定应用潜力,有望成为一种新型的“杀螺肥料”。

    This study showed that calcium cyanamide had definite potential in controlling P.canaliculata invasion , being hopeful to be used as a kind of molluscicidal fertilizer in paddy field .

  25. 单独施用时,石灰氮能显著提高土壤的微生物呼吸作用,双氰胺影响不明显;配施稻草时,石灰氮能提高土壤微生物的呼吸作用而双氰胺具有相反的趋势。

    Single application of lime , nitrogen can significantly improve the soil microbial respiration , dicyandiamide no significant effect ; fertilizer straw , lime nitrogen to improve soil microbial respiration and dicyandiamide with the opposite trend . 3 .

  26. 需要粪肥、石灰、氮、磷和钾处理以维持土壤养分水平和生产力。

    Treatments of manure , lime , N , P , and K are necessary to maintain nutrient levels and productivity of the soil .

  27. 实践中,石灰,石灰氮,碳酸钠皆可用来向病田土壤中添加,以使土壤pH值调整到≥7.0,并成为本病防治的主要方法。

    Thus amendments of lime , calcium cyanamide or sodium carbonate to adjust soil pH value to 7 is practiced to control the disease .