Molecular assemblies, highly organized

Spectroscopic observations of alkylcarbonium ions in strong acid solutions, 4, 305 Spectroscopy, l3C NMR, in macromolecular systems of biochemical interest, 13,279 Spin alignment, in organic molecular assemblies, high-spin organic molecules and, 26,179 Spin trapping, 17, 1... 

Spin alignment, in organic molecular assemblies, high-spin organic molecules and 26, 179 Spin trapping, 17, 1... 

High-spin organic molecules and spin alignment in organic molecular assemblies. 26, 179 Homoaromaticity, 29, 273... 

The highly oriented molecules in thin organic films such as Langmuir-Blodgett (LB) films and self-assembled monolayers (SAM) [1] are essential for some molecular functions. Non linear optical and opto-electronic properties are two of the most important and interesting functions of these molecular assemblies. In the past more than thirteen years, simulation of the primary process of photosynthesis using such molecular assemblies and its application to molecular photodiodes [2,3] have been one of the main subjects of our laboratory. 

Organized molecular assemblies containing redox chromophores show specific and useful photoresponses which cannot be achieved in randomly dispersed systems. Ideal examples of such highly functional molecular assemblies can be found in nature as photosynthesis and vision. Recently the very precise and elegant molecular arrangements of the reaction center of photosynthetic bacteria was revealed by the X-ray crystallography [1]. The first step, the photoinduced electron transfer from photoreaction center chlorophyll dimer (a special pair) to pheophytin (a chlorophyll monomer without... 

High-spin Organic Molecules and Spin Alignment in Organic Molecular Assemblies... 

The chemistry of high-spin organic molecules and highly ordered spin alignment in organic molecular assemblies is expected to open up a new field... 

Design of ferromagnetic coupling among organic free radicals and high-spin molecules in molecular assemblies... 

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