1) Molecular-based device
分子基器件
2) molecular device
分子器件
1.
The effect of molecular configuration on the current-voltage characteristics of single molecular device;
分子构型对分子器件伏-安特性的影响
2.
Using the bromopeptide BrC5Gly2C16 and 5,10,15-triphenyl-20-polyhydroxyllphenylporphyrin(HPTPP) as the basic raw materials,the porphyrin-liposome compound P-GlyL was synthesized and characterized by elemental analysis,UV-vis spectra,IR spectra and 1H NMR spectra,which is available for a novel molecular device.
以溴代肽脂质BrC5Gly2C16与5,10,15-三苯基-20-对羟基苯基卟啉(HPTPP)为原料,合成一种可用作新型分子器件的卟啉-脂质体化合物P-GlyL。
3.
The double function of 2a, trans cis isomerization of the azo group, and the torsion angle between the benzene and the coumarin ring suggested that azocoumarins might be uesful as efficient molecular devices.
同时用X射线单晶衍射测定了化合物 2a的晶体结构 ,其特殊的双功能分子键连、偶氮基的顺反异构和苯环与香豆素环平面间的扭转夹角 ,使之可能成为有效的分子器件材
4) Molecular devices
分子器件
1.
The design principle here is to integrate two informationally rich but relatively simple nanobuilding blocks with their complements through photoinduced electron transfer,redox processes,conformational changes,photoinduced energy and proton transfer,and supramolecular events into functional molecular devices.
其设计思想是通过各式各样的光诱导的电子、能量和质子转移机理,氧化还原反应,构象变化以及超分子原理,分别将2个信息量丰富而结构又比较简单的四硫富瓦烯和光致变色的螺吡喃分子,与它们性质互补的不同组分集成在一起来构建功能分子器件,用于完成快速的数字处理和传输。
2.
As the next generation of electronic devices molecular devices have developed rapidly in recent years.
分子器件作为下一代电子器件近年来得到了迅速的发展。
3.
The concept of molecular devices and molecular wires is introduced, and the research background such as research development is reviewed and summarized in the first part.
首先介绍了分子电子学及分子器件的背景知识和研究进展。
5) polyphenylene molecular device
聚亚苯基分子器件
6) supramolecular devises
超分子器件
补充资料：一(氧分子)[双(亚水杨醛基)乙二胺基) 吡啶合钴(II)
分子式：
CAS号：
性质：深棕色固体。顺磁性。在-40℃至-l0℃下，用氧气饱和水杨醛钴的吡啶溶液可以制得。用作化学试剂。
CAS号：
性质：深棕色固体。顺磁性。在-40℃至-l0℃下，用氧气饱和水杨醛钴的吡啶溶液可以制得。用作化学试剂。
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