1·The inflorescences of Osmanthus fragrans are dichasium or pleiochasium.
桂花花序为二歧或多歧聚伞花序。
2·The especial culture of Osmanthus fragrans in China was summarized primarily.
同时，还初步总结了中国独特的桂花文化。
3·This dissertation studies the biology of Osmanthus fragrans totally and systematically.
本文系统和全面地研究了桂花生物学。
4·Objective:To observe the acute harm of formaldehyde pollution in air to the polluted Osmanthus fragrans leaves.
结论：甲醛空气污染可以导致盆栽桂花叶片出现急性损害，并表现出明显的效应。
5·This research is a part of the subject of the Application to International Registration Authority of Osmanthus fragrans Cultivars.
本研究是中国申请桂花品种国际登录权课题的组成部分。
6·The levels of ethylene production and lipid peroxidation were investigated during florescence and flower senescence of Osmanthus fragrans Lour.
研究了桂花开花和衰老过程中乙烯的产生和脂质过氧化水平。
7·The paper also analyzed and discussed on the investigation methods, the unification of nomenclature and the establishment of the cultivar garden of Osmanthus fragrans.
对桂花品种的调研方法、统一命名和品种园的建设等问题，进行了分析、讨论和探讨。
8·On the basis of description of Osmanthus fragrans ornamental value, this paper raised the disposal principle and garden application of Osmanthus fragrans plant landscape making.
在描述桂花观赏价值的基础上，提出桂花植物造景的配置原则与园林应用。
9·Objective to research the impact of formaldehyde air pollution on fractal characteristics of Osmanthus Fragrans leaves and the application of fractal theory in formaldehyde air pollution monitoring.
目的探讨甲醛空气污染对桂花叶片分形特征的影响以及分形理论在甲醛空气污染监测中的应用。
1·This research is a part of the subject of the Application to International Registration Authority of Osmanthus fragrans Cultivars.
本研究是中国申请桂花品种国际登录权课题的组成部分。
2·The especial culture of Osmanthus fragrans in China was summarized primarily.
同时，还初步总结了中国独特的桂花文化。
3·Objective:To observe the acute harm of formaldehyde pollution in air to the polluted Osmanthus fragrans leaves.
结论：甲醛空气污染可以导致盆栽桂花叶片出现急性损害，并表现出明显的效应。
4·Objective to research the impact of formaldehyde air pollution on fractal characteristics of Osmanthus Fragrans leaves and the application of fractal theory in formaldehyde air pollution monitoring.
目的探讨甲醛空气污染对桂花叶片分形特征的影响以及分形理论在甲醛空气污染监测中的应用。