对叶榕,Ficus hispida英语短句,例句大全

对叶榕,Ficus hispida
1)Ficus hispida对叶榕
1.Reproductive characteristics of two non-pollinating fig wasps of Philotrypesis (Hymenoptera:Pteromalidae) in Ficus hispida figs;对叶榕隐头果内佩妃延腹小蜂属两种非传粉榕小蜂的繁殖特点
2.Temporal dynamics of Ceratosolen solmsi marchali population on Ficus hispida;对叶榕传粉榕小蜂在时间格局上的种群动态
3.Insect Communities of Ficus auriculata and Ficus hispida;木瓜榕和对叶榕上昆虫群落结构

英文短句/例句

1.Gene Cloning, Evolution and Specific Expression Pattern of the Non-conventional Olfactory Receptors in Four Fig Wasp Species Associated with Ficus Hispida;对叶榕四种榕小蜂的非常规嗅觉受体基因的克隆、进化和特异性表达
2.Wasp Community Structure Inside Syconia of Ficus Benjamina L. and Effect of Gall Midge on Fig-Fig Wasp Symbiotic System;垂叶榕隐头果内小蜂的群落结构及瘿蚊对榕—蜂共生体系的影响
3.Studies on Adsorption and Separation Characteriotics of Flavonoids from Ficus microcarpa L. f with Macroporous Resin大孔树脂对小叶榕叶的总黄酮吸附分离特性
4.Effects of Postharvest Temperature on Defoliation and Stress-Resistant Physiology of Potted Ficus ginseng贮运温度对盆栽榕树落叶及抗性生理的影响
5.Effects of High Temperature Stress on Photosynthesis in Ficus concinna var. subsessilis高温胁迫对无柄小叶榕光合作用的影响
6.Oviposition timing and community structure of Ficus curtipes fig wasps钝叶榕榕果内榕小蜂的产卵顺序及其群落结构
7.Effect of Different Containers on Seedling Quality of Pinus pinaster and Ficus concinna var.subsessilis不同容器对法国海岸松与无柄小叶榕容器苗质量的影响
8.Studies on the Bioactive Constituents and Quality Control of Folium Fici Microcarpae;小叶榕叶的活性成分及质量标准研究
9.The Reproductive Ecology of Two Dioecious Fig Species in the Tropical Rainforest Understory of Xishuangbanna, China;西双版纳热带雨林下歪叶榕和假斜叶榕的传粉机制研究
10.latex from trees (especially trees of the genera Hevea and Ficus).树的乳液（尤指三叶胶和榕属树木）。
11.The Sative Control Technigues and Biology Behavior of Bejmin Fig;垂叶榕的生物学习性及栽培管理技术
12.Main pharmacodynamics study on the different extracts of Ficus microcarpa leaves小叶榕不同提取物的主要药效学研究
13.The Occurence and Control of Diseases and Insect Pests On Ficus microcarpa in Puer普洱小叶榕主要病虫害的发生及防治
14.Study on the Defoliation Cause and Improvement Measures of Ficus Microcarpa L. f. during Storage and Transportation;人参榕贮运过程中落叶的原因及改善措施研究
15.Some Thoughts of Liu Zongyuan′s Liuzhou Er Yue Rong Ye Luo Jin Ou Ti;关于柳宗元《柳州二月榕叶落尽偶题》的几个问题
16.The comparison of three fig wasp pollinators and their pollination efficiency on Ficus curtipes比较钝叶榕的三种传粉者及其传粉效率
17.Thermodynamic and Kinetics for Synergistic Aeration Adsorption Uranium(Ⅵ) on Banyan Leaves-Activated Sludge榕树叶-活性污泥协同曝气吸附铀的热动力学
18.The Impact on Fig-fig Wasp Mutualism of Galls Distribution of Differcnt Fig Wasps Inside Fig Syconia;榕树隐头果内小蜂寄生所致瘿花分布格局对榕蜂共生体系的影响

相关短句/例句

Ceratosolen solmsi marchali对叶榕传粉榕小蜂
3)Ficus hispida叶榕
1.Pollination Biology of Ficus hispida in the Tropical Rainforests of Xishuangbanna, China;西双版纳热带雨林对叶榕传粉生物学(英)
4)Folium Fici Microcarpae小叶榕叶
1.Isolation and Identification of the Chemical Constituents of Folium Fici Microcarpae;小叶榕叶水提物化学成分的分离和鉴定
2.HPLC fingerprints of the extracts of Folium fici microcarpae;小叶榕叶水提物浸膏的HPLC指纹图谱初步研究
3.Studies on the Bioactive Constituents and Quality Control of Folium Fici Microcarpae;小叶榕叶的活性成分及质量标准研究
5)Ficus microcarpa L.f小叶榕
1.Filtration study on aqueous extracts of Ficus microcarpa L.f. with vibratory shear-enhanced membrane filtration processing;小叶榕叶水提物超频震动膜过滤工艺的研究
2.Phytochemical and Pharmacological Research Progress in Ficus microcarpa L.f.;小叶榕化学成分及药理活性的研究进展
3.Filtration Study on Aqueous Extractives of Ficus microcarpa L.f. with Vibratory Shear Enhanced Membrane Filtration;超频震动膜过滤法在小叶榕叶水提物分离中的应用研究
6)banyan leaves榕树叶
1.The removal of uranium from aqueous solutions by using dried banyan leaves,Saccharomyces cerevisiae and Escherichia coli has been investigated in batch systems.研究榕树叶、啤酒酵母菌、大肠杆菌在不同pH值、吸附时间t和不同初始浓度的铀下吸附的规律,进行了实验室吸附模拟实验,绘制出吸附等温线,并由吸附等温线Freundlich曲线求出相应参数。
2.The capability of coalescent utilization of banyan leaves(BL) and activated sludge(AS) for removal of uranium from uranium-containing wastewater are studied.为提高含铀废水的处理效率,改善固液分离效果,采用具有强富集性的榕树叶和具有絮凝作用的城市活性污泥,联合处理含铀废水。
3.The effects of pH, time and biosorption concentration were examined to study the properties of uranium biosorption by Banyan leaves.为探讨榕树叶对铀的吸附特性 ,考察 pH、吸附时间、含重金属溶液浓度对吸附能力的影响 ,绘制出吸附等温线 ,并求出Langmuir曲线和Freundlich曲线相应方程。