相比之下，萘乙酸几乎是专门针对卡纳万病的。
多效唑处理使花期提前，萘乙酸处理延迟了花期的到来。
PP333 treatment caused the fl(?) rescence ahead of time, and NAA treatment postponed the florescence arrival.
采用萘乙酸和吲哚乙酸的混合生长调节剂可以进 一步提高早结丰产的效果。
The mixed growth regulator by adopting the rhodofix and indoleacetic acid can further improve the effect of early fruition and luxuriant production.
这些自由基又进一步反应形成了主要的产物，包括萘乙酸二聚体和萘乙酸的异构体。
The dimer and isomer of NAA has been found as the main products arised from these radical groups.
萘乙酸增加了红小豆的株高、叶面积和分枝数，略微降低了主茎节数，对茎粗的影响效果不明显。
The NAA treatment increased adzuki bean's plant high, the leaf area and the branching number, it reduced the main stalk pitch number slightly, its influence to the stem thick was not obvious too.
采用随机区组设计方法，对毛竹实生幼苗喷施稀土多元复合肥、萘乙酸、GGR和复混磷酸二氢钾。
Phyllostachys shoot grown from seed were sprayed by lanthanon multiple fertilization, naphthalin acetic acid, GGR and KH_2PO_4 with random group sample method.
MS培养基无论是否添加萘乙酸，蓝猪儿试管苗都能发生不定根，萘乙酸使不定根的数目增多，分布密集。
The tube plantlet cultured on 1/2 MS medium could produce roots and NAA was optimum for root number.
多效唑和萘乙酸处理均增加了红小豆功能叶中叶绿素、类胡萝卜、可溶性蛋白的含量，增强了光合作用的能力。
PP333 and NAA treatment increased the content of carotenoid, soluble protein, chlorophyll of adzuki bean's function leaf, and strengthened the photosynthesis ability.
在红叶石楠组织培养基中设置不同的萘乙酸（NAA）和6-苄基腺膘呤（6-BA）的浓度组合，研究其对不定芽和不定根的诱导效果。
Different concentration combinations of NAA and 6-BA were setup in tissue culture media to study inducing effects of sprouts and roots of photinia fraseri.
应用红外光谱技术研究了在乙酸锌催化作用下1，5-萘二胺与碳酸二甲酯甲氧基羰基化反应机理。
The methoxycarbonylation mechanism of 1,5-naphthalene diamine with dimethyl carbonate catalyzed by zinc acetate was investigated by Fourier transform infrared spectroscopy.
该方法基本原理是：植物水解酶促进乙酸萘酯分解生成乙酸。
The plant hydrolyzed-enzyme catalyses naphthyl acetate hydrolyzed reaction, which produces acetic acid.
该方法基本原理是：植物水解酶促进乙酸萘酯分解生成乙酸。
The plant hydrolyzed-enzyme catalyses naphthyl acetate hydrolyzed reaction, which produces acetic acid.
应用推荐