1) tracheary elements differentiation in vitro
导管分子体外分化
2) Vessel element differentiation
导管分子分化
3) in vitro differentiation
体外诱导分化
1.
Derivation, culture and in vitro differentiation of human embryonic stem cells;
人胚胎干细胞建系、培养及体外诱导分化研究现状
4) vessel elements
导管分子
1.
Study on the vessel elements and tylosis of secondary xylem in Averrhoa carambola;
阳桃次生木质部导管分子及侵填体的研究
2.
Study on the vessel elements and perforation plate of secondary xylem in Litchi chinensis;
荔枝次生木质部导管分子及穿孔板观察研究
3.
Study of vessel elements of secondary xylem in Aquilaria agallocha;
沉香(Aquilaria agallocha)次生木质部导管分子研究
5) Vessel element
导管分子
1.
Observation and study on the vessel elements of secondary xylem in Grevillea robusta;
银桦次生木质部导管分子观察研究
2.
Anatomical characteristics of leaf epidermis and vessel elements of Schisandra sphenanthera from different districts and their relationships to environmental factors;
不同产地华中五味子叶表皮结构和导管分子的解剖学特征及其与环境因子的关系
3.
The vessel elements of secondary xylem in Syzygium samarangense were observed by bio- microscopy image analysis and micrography, with 3 types of vessel elements found: a tail on each side, a tail on one side, and no tail.
运用细胞图像分析系统和显微照相的方法对洋蒲桃(Syzygiumsamarangense)次生木质部导管分子进行了观察研究。
6) Molecular conductor
分子导体
1.
The molecular conductors (PyH)[Pd(dmit)_2]_2 and (PyH)[Ni(dmit)_2]_2 is characterized by two-dimensional layered structure consisting of anionic [M(dmit)_2] 0.
在配合物型分子导体(PyH) [Pd(dmit) 2 ]2 和(PyH) [Ni(dmit) 2 ]2 中,阴离子导电组元[M(dmit) 2 ]0 。
2.
The difference between a molecular conductor and an element conductor is the conductive unites within them, and it is molecules in the former and atoms in the latter.
分子导体是导电分子晶体的简称，它本身表现出导电性质和超导性质，但不同于原子作为结构单元的元素导体，晶体中的导电组元不是原子而是分子。
3.
The conducting fragment of molecular conductor is molecule, such as small neutral molecule, molecular radical, cation or anion, and there exists strong intermolecular interaction in the molecular conductors.
分子导体是具有导电性的分子晶体的简称。
补充资料：大分子配位体
分子式：
CAS号：
性质：又称高分子配体。具有配位原子或π轨道能与金属形成配位化合物的大分子配体。他们的分子量从几千到几万或更大，而且这些原子是通过共价键连接起来的。它们易与金属形成多核配位化合物。蛋白质、核酸等生物大分子则是典型的大分子配体实例。
CAS号：
性质：又称高分子配体。具有配位原子或π轨道能与金属形成配位化合物的大分子配体。他们的分子量从几千到几万或更大，而且这些原子是通过共价键连接起来的。它们易与金属形成多核配位化合物。蛋白质、核酸等生物大分子则是典型的大分子配体实例。
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