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In situ UV-visible spectroelectrochemical measurements of HEC cells employing

In situ UVA is NIR spectroelectrochemical flow ceU design, which aUows spectra to be recorded in transmission and in reflection mode

In Situ Vis-NIR absorption spectra recorded upon doping of poly Research Signpost

In situ visible absorption spectra of .

In situ wet-ETEM of real-time catalytic hydrogenation of nitrile liquids over novel Co-Ru Ti02 nanocatalysts, . Plots 1 and 3 are the data for Raney-Ni complexes and Ru alumina catalysts, respectively.

In situ X-ray absorption of the near-edge region for an electrode modified with a polymeric film of 2 and its potential dependence. Applied potentials were 0.7 V .

In situ X-ray absorption spectra around the ruthenium X-edge for an electrode modified with Spectrum of bulk 2 .

In situ X-ray absorption spectra of a PCI AI2O3 catalyst during the selective oxidation of benzyl alcohol at different steps of the reaction

In situ X-ray absorption spectrum for a copper upd monolayer on a gold to the electrode surface.

In situ X-ray absorption spectrum for half a monolayer of copper underpotentially deposited on a bulk Pt electrode pretreated with iodine.

In situ X-ray diffraction pattern of PbO and its reduction products

In situ X-ray diffraction pattern of TiS2 recorded during charging discharging experiments

In situ X-ray diffraction patterns of an antibiotic substance for crystallization range 283-323 K.

In situ x-ray diffractogram for an aged Ni

In situ XANES of Ba-Cu-O fluxes at different temperatures larger shift of the Cu K-edge in the higher-energy direction upon doping the flux by ip

In situ XPS data of a single ciystal ofV205 heated under different oxygen partial pressures.

In situ XRD analysis of an ageing precipitate

In situ XRD characterization of a p-Sn thin film during the first lithiation-delithiation cycle. Peak areas for selected diffiaction planes from each Sn-based phase are shown, together with voltage and degree of lithiation. Reprinted with permission from Ref. . Cop3uight 2012, The Electrochemical Society

In situ XRD measurements in the first cycle

In situ XRD of an alumina-supported iron catalyst during reduction in H2 at 675 K reveals the transition of a-Fe202 .

In situ XRD patterns of amorphous Fe91Zr9 after different times of oxidation in an atmosphere of 0.9 bar oxygen at 670 K. . a as-quenched sample b after 69 h c after 320 h d after 320 h and subsequent exposure to hydrogen for 76 h. Positions of main reflections of a-iron are indicated by arrows

In situ XRD patterns of KS6 cathode in KS6 AC capacitor in the initial charge process , Electrochemical Society

In situ XRD set-ups for measurements in Debye—Scherrer mode.

In situ zymography and immunohistochemistry of MMPs

In situ-formed copolymers are pulled out , depending on the molecular architecture. Figures are number average molecular weight of component polymers



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