旱地龙和三十烷醇可提高叶绿素含量。
本文报导了三十烷醇浸种对春小麦幼苗生长的生理效应。
This paper refers to the physiological efficiency on spring wheat seedings Produced by thirty alkanol treating seeds.
元素定量分析及红外光谱分析表明：该物质是三十烷醇- 1。
Elemental quantitative analysis and IR spectral analysis show the substance to be 1-triacontanol.
三十烷醇对降低杂交稻空壳粒也有效果，对千粒重无明显影响。
Triacontanol causes promotional effects on the decrease in number of empty grains in hybrid rice.
本发明对已知化合物三十烷醇发掘了新的医疗用途，开拓了一个新的应用领域。
The invention discovers novel medical medicinal application for triacontanol as the known compound and develops a new application field.
按化学农药环境安全评价试验准则的要求进行了三十烷醇在水体中光解与水解的试验研究。
The photolysis and hydrolysis of triacontanol (TA) were studied in laboratory in accordance with the criterion for chemical pesticide environmental safety assessment.
采用不同浓度的三十烷醇（TA）和不同的浸泡时间处理海带苗，探索TA对海带的效应。
In order to study the effects of triacontanol (TA) on kelp (Laminaria sp. ) , the Laminaria seeding was treated with several concentrations of TA and different dipped time periods.
以上结果表明，在极大螺旋藻培养基中添加液体三十烷醇可大幅度提高生物量和生化组成的含量。
So a conclusion can been obtained: the Spirulina biomass and biochemical composition were greatly improved when adding liquid triacontanol into the culture medium.
米糠脱蜡副产物制备糠蜡和三十烷醇的利用及米糠饼（粕）提取植酸钙、 植酸和肌醇的利用途径。
Meanwhile, rice bran oil refining byproducts can be used for the production of free fatty acids and their derivatives.
米糠脱蜡副产物制备糠蜡和三十烷醇的利用及米糠饼（粕）提取植酸钙、 植酸和肌醇的利用途径。
Meanwhile, rice bran oil refining byproducts can be used for the production of free fatty acids and their derivatives.
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