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In situ treatment module for area 10,000 ft, depth 8 ft.

In situ treatment of dredged material. Port of Valencia Spain .

In situ umpolung of enolates by one-electron oxidation

In situ UV cross-linking of CD22 and cis ligand in B cells.

In situ UV Vis NIR spectroelectrochemical cell based on a microstructured optically partly transparent electrode with LIGA design

In situ UV Vis NIR spectroelectrochemical cell for measurements in reflection mode at conventional disc electrodes

In situ UV Vis NIR spectroelectrochemical flow cell design which allows spectra to be recorded in transmission and in reflection mode

In situ UV Vis NIR spectroelectrochemical long path length cell based on a nontransparent band electrode in a capillary slit and a light beam focused through the diffusion layer

In situ UV Vis spectra for propylene epoxidation on Au Ti-Si02 bottom

In situ UV-Vis

In situ UV-Vis diffuse reflectance spectra of 0.5 wt Cr Si02 catalyst treated at 623 K in 2 isobutane in N2 as a function of time. Reprinted from Ref 89, copyright 2000, with kind permission from Elsevier.

In situ UV-vis spectra for Au Ti-Si02 catalyst before and after reaction of C3H6 with O2 and H2. after reaction cooled to

In situ UV-Vis spectral changes during the first oxidation processes of CoPc3 in DMSO TBAP

In situ UV-Vis spectral changes of a-substituted tetrakis.

In situ UV-Vis spectral changes of Cl-Mn. d Chromaticity diagram each symbol represents the color of electrogenerated species open square ,

In situ UV-Vis spectral changes of CoPc3 during a former part of the first reduction, b later part of the first reduction, c the first oxidation processes and d chromaticity diagram of CoPc3 in DCM TBAP

In situ UV-Vis spectral changes of CoPc4 in DCM TBAP electrolyte system, a Sapp 0.70 V. b Sapp 1.70 V. c S pp 0.70 V. d Chromaticity diagram of CoPc each symbol represents the color of the electrogenerated species after the potential applications, open square open circle open triangle open star

In situ UV-Vis spectral changes of CoPc5 in DMSO TBAP electrolyte saturated with O2

In situ UV-Vis spectral changes of nonperipheral

In situ UV-Vis spectral changes of octa-TiPc in DCM-TBAP electrolyte without molecular oxygen a

In situ UV-vis spectrum of PPy in a solution of 0.1-M HCIO4 deposited onto an ITO glass electrode, electropolymerized galvanostatically at I 0.7 mA from a solution of 0.1-M pyrrole in acetonitrile that contained 0.5 water and 0.1-M LiC104 as a function of electrode potential starting with FAg AgCl 200 mV at the bottom to Ag AgQ mV at the top. For further details, see .

In situ UV-vis spectrum of PPy in a solution of 0.1-M HCIO4 deposited onto an ITO glass electrode, electropolymerized potentiostat-ically at -EAg AgCl 500 mV from a solution of 0.1-M pyrrole in acetonitrile that contained 0.5 water and 0.1-M L1C104 as a function of electrode potential starting with Ag AgCl -200 mV at the bottom to Ag AgCl 1000 th top- further details, see .

In situ UV-vis spectrum of PPy in a solution of 0.1-M HCIO4 deposited onto an ITO glass electrode, electropolymerized potentiostatically at ssce 600 mV from a solution of 0.1-M pyrrole in an aqueous solution of 1-M acetic acid as a function of electrode potential starting with Ag AgCl -200 mV at the bottom to Ag AgCl 1000 mV at the top. For further details, see .

In situ UV-Vis-NIR spectra of a PANI film obtained at different potentials

In situ UV-visible absorption spectra of 2.0 mM K3Fee in aqueous 1 M KCI at a sequence of applied potentials vs Ag AgCI



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