Spectroelectrochemistry, optical waveguide

Figure 17.11 Transmission spectroelectrochemistry cell designed for use with room-temperature haloaluminate melts and other moisture-reactive, corrosive liquids, (a) Auxiliary electrode and reference electrode compartments, (b) quartz cuvette containing the RVC-OTE, (c) brass clamping screw, (d) passageway between the separator and OTE compartment, (e) fritted glass separator, (f) A1 plate, (g) lower cell body (Teflon), (h) upper cell body (Teflon). This cell is normally used inside a glove box and is optically accessed with fiber optic waveguides. [From E. H. Ward and C. L. Hussey, Anal. Chem. 59 213 (1987), with permission.]...

Keywords Spectroelectrochemistry Integrated optical waveguides Electrochemistry Optical absorbance... [Pg.102]

Dunphy DR, Mendes SB et al (1997) The electroactive integrated optical waveguide ultrasensitive spectroelectrochemistry of submonolayer adsorbates. Anal Chem 69(15) 3086-3094... [Pg.128]

Dunphy DR, Mendes SB, et al (1999) Spectroelectrochemistry of monolayer and submonolayer films using an electroactive integrated optical waveguide. Chapter 29. In Wieckowski A (Ed) Interfacial electrochemistry. Marcel Dekker, New York... [Pg.128]

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