1) Rhizome structure
地下茎结构
2) microstructure of underground stems
地下茎的显微结构
1.
The microstructure of underground stems of Sinopodophyllum hexandrum and the distribution of endophytic fungi were studied by permanent sectioning and microscope observation.
采用石蜡永久制片和光学显微观察的方法对桃儿七(Sinopodophyllum hexandrum)地下茎的显微结构及其内生真菌的分布进行了研究。
3) underground structure
地下结构
1.
Experiment on the computing method of anti-floating in underground structures;
地下结构抗浮计算方法试验研究
2.
The design of underground structure floating upward and anti-floating pile;
地下结构上浮及抗拔桩设计
3.
A pushover analysis method for seismic analysis and design of underground structures;
地下结构抗震分析与设计的Pushover分析方法
4) underground structures
地下结构
1.
Determination of the underground structures model parameters;
地下结构分析模型参数的确定
2.
Finite element analysis on vibration of underground structures;
地下结构振动有限元分析
3.
Post-earthquake response of underground structures in saturated liquefiable soils;
饱和可液化土中地下结构在震后固结中的响应
5) underground construction
地下结构
1.
Experiment study on impermeability of spray membrane waterproofing layer in underground construction;
喷膜防水层在地下结构中抗渗能力的试验研究
2.
Discussion on the anti-floating design of underground constructions;
地下结构的抗浮设计探讨
3.
An analysis on the characteristics of an uncommon underground construction under pressure as well as the approaches and calculation to it was supplied in this article, so as to raise one convenient way for calculation of this construction.
本文对一种不常见的地下结构的受力特点作出分析,并提出结构处理方式及计算方法,为这类结构的计算提供一种简便途径。
6) rhizome
[英]['raɪzəʊm] [美]['raɪzom]
地下茎
1.
Research on Rhizome Growth of Chimonbambusa hejiangensis
合江方竹地下茎生长规律研究
2.
Annual growth rhythm,overall and horizontal distribution of bamboo rhizome,variation law of rhizome bud and bamboo root system of Oligostackyum oedogonatum were studied.
主要研究肿节少穗竹的地下茎的生物学特性,即竹鞭年生长规律、竹鞭垂直分布与水平分布、竹鞭芽变化规律及竹鞭根系生长规律,研究结果表明:竹鞭延伸生长量与温度关系密切,一年中鞭笋生长量随着月均温的升高而加大,8月达到最大,到12月冬季来临进入休眠;竹鞭主要分布在0~40 cm土层,且分布较为均匀,40 cm以下分布很少;2~3龄鞭壮芽数、笋芽数最多,转化为笋及鞭也多。
3.
Based on the comparative anatomical studies on rhizome, the author found that there were three anatomical structure type: Bambusoides, Nigra and Heteroclada.
地下茎是竹类植物的主要营养器官和无性繁殖器官，也是竹类植物主要的分类依据之一。
补充资料：地下茎
1.指植物的茎生长在地面以下的部分。有根茎﹑块茎﹑鳞茎等。是地上茎由于环境条件的影响而引起的变态，其功能主要是贮藏养料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条