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Dye‐sensitized back‐contact solar cells are fabricated on back plates comprising a patterned FTO glass substrate, a selectively deposited Pt coating, a protective ZrO2 coating covering the Pt layers and a screen printed TiO2 film. Such devices show a solar energy conversion efficiency of 3.64% under AM 1.5 sunlight and a peak incident photon to electron conversion efficiency of 54%.
Infrared (IR) microspectroscopy is increasingly employed to reveal chemical information from biological systems beyond the tissue level at the single cell level. A significant limitation of this technique has been the relative difficulty with which it can be applied to living systems. Demountable liquid cells initially developed at Daresbury Laboratory (UK) and now in use at the Australian Synchrotron...
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