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- Symplocos tetragona Chen. 棱角山矾
- Symplocos tetragona Chen ex Y. F. Wu 棱角山矾
- symplocos tetragona 棱角山矾
- Studies of Chemical Constituents of Top Note in Fresh Flowers of Symplocos Caudata Wall. Ex A.DC. 新鲜山矾花头香成分的研究。
- The regeneration system of tissue culture of Symplocos tetagona Chen et.Y.F.Wu was established using seeds as explants. 以种子为外植体，初步建立了棱角山矾的组织培养体系。
- The regeneration system of tissue culture of Symplocos tetagona Chen et.Y.F.Wu was establish... 以种子为外植体,初步建立了棱角山矾的组织培养体系。
- The study on the stem secondary xylem of Symplocos paniculata,reveals the wood belongs to diffuse-porous wood. 研究白檀茎次生木质部结构研究,其为散孔材。
- It discusses Symplocos caudata as a mordant was used in Yellow dyeing and You dyeing. 探讨了山矾作为媒染剂参与的染黄和染黝工艺。
- Title： Studies of Chemical Constituents of Top Note in Fresh Flowers of Symplocos Caudata Wall.ex A.DC. 关键词：山矾花;香料;化学成分;气相色谱-质谱法
- The study on the stem secondary xylem of Symplocos paniculata, reveals the wood belongs to diffuse-porous wood. 研究白檀茎次生木质部结构研究，其为散孔材。
- In the history of ancient Chinese dyeing, the wide use of Symplocos caudata as a raw material for dyeing only appeared in the Song Dynasty. 在中国古代染色史上，山矾作为染色原材料被广为利用，只出现在宋代这一时期。
- Symplocos paniculata. (L.) Jack, Tinospora caplilipes Gagnep., Glochidon eriocaryum Champ., et al. show broader inhibition, they are worth making further research. 其中的地胡椒、金果榄、毛果算盘子等显示有较广的抗菌效应,值得进一步研究。
- Nymphaea tetragona var. crassifolia 大花睡莲
- A NoVel Anthracnose Fungus in Symplocos caudata 山矾炭疽病的研究
- Symplocos chinensis (Lour.) Druce 华山矾
- Keywords Nymphaea tetragona Georgi;Hg 2+;ultrastructure;damage; 睡莲;超微结构;损伤;
- Keywords Symplocos paniculata;red pigment;stability; 白檀;红色素;稳定性;
- Effect of Phosphorus Nutrition on Physiological Activity of Nymphaea tetragona Georgi. And Trapa bispinosa Roxb.Leaves 磷对水生植物菱及睡莲叶生理活性的影响
- STUDIES ON THE LIFE HISTORY OF RAILLIETINA TETRAGONA MOLIN AND ITS NATURAL INTERMEDIATE HOST IN XIAMEN 鸡四角瑞氏绦虫Raillietina tetragona Molin的生活史及其自然中间宿主的研究
- Keywords Nelumbo nucifera;Nymphaea tetragona;Microcystis aeruginosa;growth;inhibitory effect; 荷花;睡莲;铜绿微囊藻;生长;抑制效应;
