1.
Chemical Constituents of Paulownia tomentosa (Thunb.) Steud. var. tomentosa Inner Bark
毛泡桐(原变种)内桐皮的化学成分
2.
A Study on the Material Flow of Paulownia Forest(Ⅱ)Redistribution of Paulowrria Canopy Throughfall
泡桐林物质流研究(Ⅱ)——泡桐林冠对降雨的再分配
3.
Comparison of the Chemical Components Between Fresh and Dried-in-the-Shade Flowers of Paulownia tomentosa
鲜泡桐花与阴干泡桐花化学成分的对比研究
4.
Study on the Material Flow of Paulownia Forest Ⅲ Nutrient Cycling of Paulownia Forest
泡桐林物质流研究(Ⅲ)泡桐林的养分循环
5.
A Study on Paulownia Plantation Ecosystem ⅢThe Laws of Paulownia Transpiration Water Consumption
泡桐人工林生态系统的研究——Ⅲ泡桐的蒸腾耗水规律
6.
STUDY ON NUTRIENT CYCLING OF PAULOWNIA PLANTATION ECOSYSTEM
泡桐人工林生态系统养分循环的研究
7.
STUDY ON THE DIURNAL GROWTH RHYTHM OF PAULOWNIA CLONES
泡桐无性系苗期昼夜生长节律的研究
8.
Studies on Photosynthetic and Growth Characteristic of the Seeding of Paulownia Clones;
泡桐无性系苗期光合与生长特性研究
9.
Study on Plantlet Regeneration of Paulownia Plants Via Their Somatic Embryogenesis;
泡桐体细胞胚胎发生及植株再生研究
10.
Study on DNA extraction of AFLP reaction system for Paulownia plants
适用于AFLP分析的泡桐DNA提取方法研究
11.
Establishment of Paulownia SSR reaction system
泡桐SSR分子标记反应体系的建立
12.
Research on Iron Catalyst by the Direct Liquefaction of Paulownia in Water
泡桐在水中直接液化铁催化剂的研究
13.
Establishment of High Effect Regeneration System of Tissue Culture for Three Improved Clones in Paulownia fortunei
“桐优1”等泡桐优良无性系组培高效繁育体系建立
14.
Comparative Study of Natural Stem-join Character Genetic Variation of P. tomentosa (Thunb.) Steud. ×P. fortunei(Seem.) Hemsl. and P. fortunei(Seem.) Hemsl. × P. tomentosa(Thunb.) Steud. Reciprocal Cross F_1 Clones
毛泡桐与白花泡桐正反交F_1无性系自然接干性状遗传变异的比较研究
15.
From industrial practice, it was shown that high efficient drying of paulownia lumber is feasible.
生产实践证明,泡桐板材的高效干燥是可行的。
16.
Studies on Overwinter Traits and Main Stem Extension of Terminal-Buds of Paulownia Elongata;
兰考泡桐顶芽越冬特性及顶芽接干研究
17.
In Vitro Plant Regeneration and LFY Gene Transformation of Paulownia;
泡桐体外植株再生及反义LFY基因遗传转化研究
18.
Study on Impregnating Strengthening of Furniture Part of Poplar and Paulownia;
加杨和兰考泡桐家具用材浸渍强化研究