1、The nutrient element content, uptake and cycling of each Paulownia organ are studied in the paper.
文章對泡桐各器官營養(yǎng)元素含量及其吸收循環(huán)規(guī)律進行了研究。

2、Chinense paulownia leaves followed by slower growth of gross paulownia.
楸葉泡桐次之，毛泡桐生長較慢。

3、Advances of the Studies on Paulownia Crops Intercropping System
農(nóng)桐間作復(fù)合生態(tài)系統(tǒng)研究進展

4、Induction of Autotetraploid of Paulownia fortunei
白花泡桐同源四倍體的誘導(dǎo)

5、Object: The naphtha was extracted from the flowers of Paulownia tomentosa Steud.
目的從毛泡桐花中提取揮發(fā)油。

6、STUDY ON NUTRIENT CYCLING OF PAULOWNIA PLANTATION ECOSYSTEM
泡桐人工林生態(tài)系統(tǒng)養(yǎng)分循環(huán)的研究

7、EVALUATION ON THE SITE QUALITY OF PAULOWNIA IN BO COUNTY ANHUI
安徽亳縣泡桐立地質(zhì)量評定

8、STUDY ON THE DIURNAL GROWTH RHYTHM OF PAULOWNIA CLONES
泡桐無性系苗期晝夜生長節(jié)律的研究

9、Japan's export paulownia covers the product of Japan's market selling amount of more than 50%.
出口日本的桐木被架產(chǎn)品占日本市場販賣量的50%以上。

10、The reason and mechanism of paulownia stain are briefly introduced in this paper.
簡述了真菌致泡桐材變色原因及機理。

11、From industrial practice, it was shown that high efficient drying of paulownia lumber is feasible.
生產(chǎn)實踐證明，泡桐板材的高效干燥是可行的。

12、Objective:To optimize the ultrasonic extraction for ursolic acid from Paulownia tomentosa(Thunb.
目的：確定毛泡桐中烏索酸的最佳超聲提取工藝條件。

paulownia翻譯