Self assembled monolayer, as optical transducers, using spiropyran photochromic material

Self assembled monolayer of spiropyran photochromic material as optical transducers

Self-assembled films analysis of spiropyrans as optical transducers

The self assembled monolayers (SAM) have become in the most popular strategy for design and generate surfaces characterizing by specific functional organic groups. The aimed of this work is applied this SAM as optical ...

Abstract. In this work we applied FT!R vibrational spectroscopy in At1enuated Total Reflectance mode. to observe the transient species. in an acetone solution at very low weight concentration, due to the ...

in this work we applied FTIR vibrational spectroscopy in Attenuated Total Reflectance mode, to observe the transient species, in an acetone solution at very low weight concentration, due to the molecular transformation ...

This work reports the use of infrared spectroscopy in the Attenuated Total Reflection (ATR) mode to analyze the interactions between polymeric bases and the spiropyran. Infrared spectroscopy helps to understand the ...

This work reports the use of infrared spectroscopy in the Attenuated Total Reflection (ATR) mode to analyze the interactions between polymeric bases and the spiropyran. Infrared spectroscopy helps to understand the ...

In this work we used the Fourier Transform Infrared spectroscopy and UV/Vis spectroscopy to analyze the behaviour of self-ensemble films of spiropyran when the films were irradiated by UV. In UV/Vis spectroscopy is ...

Spiropyrans materials are very studied for their application in transduction systems for biosensors. In this work the protocol of generation of multi and mono layers films and the efficiency of the transduction system ...