1) hexapoda
[hek'sæpədə]
六足动物
1.
On the hotly debated points in phylogeny of Hexapoda;
有关六足动物(昆虫)系统分类中的争论热点
2) hexapode larva
[动]六足幼虫
3) brachiopods
腕足动物
1.
Life strategies of Early Cambrian brachiopods on mud substrate:Inferences from the Chengjiang fauna of South China
寒武早期泥质基底腕足动物的生活策略——来自澄江动物群的证据
2.
In this paper, eight benthic communities in Emsian that are substantially involved in brachiopods are recognized as a fossil association in space-time of the population on the basis of field data with a multiple analysis-components of benthos, tendencies of abundances and diversities, data processed on APPLE-Ⅱ etc.
通过对龙门山区8个具有代表性剖面的测量与研究,依据化石的重现组合规律,划分出早泥盆世Emsian期地层中以腕足动物为主的8个底栖群落。
3.
Two basic shell structures are recognized based on study of brachiopods across the Frasnian-Famennian(F/F) boundary(Upper Devonian) in Hunan Province,South China,which are characterized respectively by the presence and absence of a tertiary columnar layer.
对华南湘中地区上泥盆统弗拉/法门(F/F)界线附近的几种腕足动物化石壳体结构所进行的详细研究表明,其原始结构主要表现为两种类型:一是具有棱柱状第三层,二是缺失棱柱状第三层。
4) Quadruped
[英]['kwɔdruped] [美]['kwɑdrə'pɛd]
四足动物
1.
The Stability of the Body s Topological Form of Quadruped in the Evolution;
四足动物进化过程中的躯体拓扑稳定性
6) Myriapoda
多足动物
1.
The phylogenetics and evolutionary history of Myriapoda are now central to arthropod systematic research, as the Pancrustacea is commonly accepted as a natural group.
多足动物可能是最早入侵陆地环境的无脊椎动物之一。
2.
This thesis includes three chapters: Chapter 1: Recent progress on myriapoda mitochondrial genome and genetic variation analysis of Otostigmns (O.
本论文包括三部分： 第一章：多足动物线粒体基因组和地理种群遗传变异分析的研究进展。
补充资料：六甲基六乙烯基环六硅氧烷
CAS：18304-82-0
分子式：C18H36O6Si6
分子质量：516.99
中文名称：六甲基六乙烯基环六硅氧烷
英文名称：Hexamethylhexavinylcyclohexasiloxane
2,4,6,8,10,12-hexamethyl-2,4,6,8,10,12-hexavinyl-cyclohexasiloxane
分子式：C18H36O6Si6
分子质量：516.99
中文名称：六甲基六乙烯基环六硅氧烷
英文名称：Hexamethylhexavinylcyclohexasiloxane
2,4,6,8,10,12-hexamethyl-2,4,6,8,10,12-hexavinyl-cyclohexasiloxane
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