| Title |
A Study of Electrical Characteristics of Nano-Structural Monolayers |
| Authors |
송진원(Song, Jin-Won) ; 신훈규(Shin, Hoon-Kyu) ; 이경섭(Lee, Kyung-Sup) ; 최용성(Choi, Yong-Sung) |
| Keywords |
Dendrimers ; Treelike structure ; Azobenzene ; Photochromic characteristic ; Charge transfer ; Organic monolayer ; Displacement current ; Photoisometrization |
| Abstract |
Dendrimers represent a new class of synthetic macromoleculcs characterized by a regularly branched treelike structure. Multiple branching yields a large number of chain ends that distinguish dendrimers from conventional star-like polymers and microgels. The azobenzene dendrimer is one of the dendrimeric macromolecules that include the azo-group exhibiting a photochromic character. Due to the presence of the charge transfer element of the azo-group and its rod-shaped structure, these compounds are expected to have potential interest in electronics and photoelectronics, especially in nonlinear optics. In the present paper, we give pressure stimulation to organic thin films and detect the induced displacement current. Functional photoisometrization organic molecular the photo-stimulus to organic monomolecular L films and LB films of dendrimer and 8A5H were performed. The 8A5H organic monolayer in case of pressure stimulus occurred that positive course but in case of the photo-stimulus compared positive and negative. It is assumed that generation forms of displacement current were measured when photo-stimulus for impression. |