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   化控调节剂 在 农作物 分类中 的翻译结果: 查询用时:1.137秒
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化控调节剂
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  chemical regulators
    Tests of 4 chemical regulators used for seed emulsifying showed that thegrowth regulater preparation MS had the best promotive and, antagonistic actions. Those actions ieduded the promotion of root growth,the regulation of plant pattern and increase ofphotbetic area and product.
    四种化控调节剂浸种,以生长活化剂MS增抗效应最好.其主要作用在于促进根系生长,调控株型,增加光合面积和产物。
短句来源
    The result showed that germination ratio (GR),germination index (GI),and dry matter of the maize cultivars of Nongda 108 and Shaandan 902 were enhanced by chemical regulators used;
    结果表明,化控调节剂浸种可不同程度提高农大108和陕单902两个玉米品种的发芽率、发芽势和幼苗的干物重,其中不同品种的反应存在明显差异。
短句来源
  chemical regulators
    Tests of 4 chemical regulators used for seed emulsifying showed that thegrowth regulater preparation MS had the best promotive and, antagonistic actions. Those actions ieduded the promotion of root growth,the regulation of plant pattern and increase ofphotbetic area and product.
    四种化控调节剂浸种,以生长活化剂MS增抗效应最好.其主要作用在于促进根系生长,调控株型,增加光合面积和产物。
短句来源
    The result showed that germination ratio (GR),germination index (GI),and dry matter of the maize cultivars of Nongda 108 and Shaandan 902 were enhanced by chemical regulators used;
    结果表明,化控调节剂浸种可不同程度提高农大108和陕单902两个玉米品种的发芽率、发芽势和幼苗的干物重,其中不同品种的反应存在明显差异。
短句来源
  chemical regulators
    Tests of 4 chemical regulators used for seed emulsifying showed that thegrowth regulater preparation MS had the best promotive and, antagonistic actions. Those actions ieduded the promotion of root growth,the regulation of plant pattern and increase ofphotbetic area and product.
    四种化控调节剂浸种,以生长活化剂MS增抗效应最好.其主要作用在于促进根系生长,调控株型,增加光合面积和产物。
短句来源
    The result showed that germination ratio (GR),germination index (GI),and dry matter of the maize cultivars of Nongda 108 and Shaandan 902 were enhanced by chemical regulators used;
    结果表明,化控调节剂浸种可不同程度提高农大108和陕单902两个玉米品种的发芽率、发芽势和幼苗的干物重,其中不同品种的反应存在明显差异。
短句来源
  “化控调节剂”译为未确定词的双语例句
    PROMOTIVE AND ANTAGONISTIC ACTIONS OF CHEMICAL REGULATORS USED AS SEED SOAKER ON SPRING CORN
    化控调节剂浸种对春玉米增抗效应的研究
短句来源
    Compared to the control, water use efficiency of maize seedling was also increased, Nong-da 108 was in the range of 3.68%~19.47%, and the highest increase rate of water use efficiency was 17.12% for Shaan-dan 902. (2) Cultured experiment with PEG6000 to induce the water stress was used to evaluate the effects of seeds soaked with different chemical substances on the germination and seedling growth of maize.
    结果表明,化控调节剂浸种可不同程度提高农大108和陕单902 两个玉米品种的发芽率、发芽势和干物重,其中不同品种的反应存在明显差异。
短句来源
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  chemical regulators
The total data show that nitrogen and phosphorus are the most important chemical regulators of primary production in Toolik Lake.
      
Experiments such as these have stimulated the search for the identity of chemical regulators controlling shoot processes.
      
The process of wound healing is extremely complex, involving many different cell types and chemical regulators.
      
  chemical regulators
The total data show that nitrogen and phosphorus are the most important chemical regulators of primary production in Toolik Lake.
      
Experiments such as these have stimulated the search for the identity of chemical regulators controlling shoot processes.
      
The process of wound healing is extremely complex, involving many different cell types and chemical regulators.
      
  chemical regulators
The total data show that nitrogen and phosphorus are the most important chemical regulators of primary production in Toolik Lake.
      
Experiments such as these have stimulated the search for the identity of chemical regulators controlling shoot processes.
      
The process of wound healing is extremely complex, involving many different cell types and chemical regulators.
      


Tests of 4 chemical regulators used for seed emulsifying showed that thegrowth regulater preparation MS had the best promotive and, antagonistic actions. Those actions ieduded the promotion of root growth,the regulation of plant pattern and increase ofphotbetic area and product. MS is useful in increasing of peducbon and resistance tounfavorable conditions for spriflg sown corn at dryland;.

四种化控调节剂浸种,以生长活化剂MS增抗效应最好.其主要作用在于促进根系生长,调控株型,增加光合面积和产物。有利于旱地春玉米抗逆增产.

Cultured experiment and pot experiment were used to evaluate the effects of soaking of seeds with chemical regulators (GA,ZnSO_4,CCC) on the germination,seedling growth and water use efficiency of maize.The result showed that germination ratio (GR),germination index (GI),and dry matter of the maize cultivars of Nongda 108 and Shaandan 902 were enhanced by chemical regulators used;but the response of two cultivars to chemical regulators was different.In cultured experiment,dry matter of Nongda 108 was increased...

Cultured experiment and pot experiment were used to evaluate the effects of soaking of seeds with chemical regulators (GA,ZnSO_4,CCC) on the germination,seedling growth and water use efficiency of maize.The result showed that germination ratio (GR),germination index (GI),and dry matter of the maize cultivars of Nongda 108 and Shaandan 902 were enhanced by chemical regulators used;but the response of two cultivars to chemical regulators was different.In cultured experiment,dry matter of Nongda 108 was increased by the rate of 5.02%-40.83%,Shaandan 902 was in the range of 0.15%-33.14%.At the same time,there have different effects of different chemical regulators on the growth of seedling,GA enhanced the height of seedling,ZnSO_4 and CCC enhanced the diameter of maize seedling.In pot experiment,the increase rate of dry matter was in the range of 3.99%-19.66%.Compared to the control,water use efficiency of maize seedling was also increased,Nongda 108 was in the range of 3.68%-19.47%,and the highest increase rate of water use efficiency was 17.12% for Shaandan 902.

 通过室内培养试验和土培试验,研究了不同化控调节剂(赤霉素(GA),ZnSO4,矮壮素(CCC))浸种对玉米种子发芽、幼苗生长及水分利用效率的影响。结果表明,化控调节剂浸种可不同程度提高农大108和陕单902两个玉米品种的发芽率、发芽势和幼苗的干物重,其中不同品种的反应存在明显差异。室内培养试验中,农大108和陕单902幼苗干物重的提高幅度分别为5.02%~40.83%和0.15%~33.14%;不同化控调节剂的作用效果不同,其中GA有利于玉米幼苗高度的增加,而硫酸锌和CCC有利于玉米幼苗茎粗的增长。土培试验中,农大108地上部分生物量增加幅度为3.99%~19.66%。与对照相比,农大108水分利用效率的提高幅度为3.68%~19.47%,陕单902水分利用效率的提高幅度为017.12%。

 
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