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Biochemistry / Light reactions / Protein domains / Protein families / Spectroscopy / Cytochrome b559 / Pheophytin / P680 / Laser diode / Biology / Chemistry / Photosynthesis


J. Phys. Chem. B 2004, 108, Highly Efficient Spectral Hole-Burning in Oxygen-Evolving Photosystem II Preparations† Joseph L. Hughes,‡ Barry J. Prince,‡ Elmars Krausz,*,‡ Paul J. Smith,§ Ron J.
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Document Date: 2006-09-12 21:01:29


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City

QA / /

Company

Sumitomo / Hertz / Hitachi / Tektronix / Oxford Instruments / /

Country

Australia / /

Currency

pence / USD / Peso / /

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Facility

The UniVersity of New South Wales / UniVersity College / plant PSII / Photosystem II Reaction Center / The Australian National UniVersity / /

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IndustryTerm

latter systems / amorphous systems / response systems / e-2S / et al. systems / lower energy / chemical / lowest-energy state / photosynthetic antenna systems / energy / /

Organization

School of Physical / EnVironmental and Mathematical Sciences / School of Chemistry / UniVersity of New South Wales / Australian National UniVersity / UniVersity College / Stanford / /

Person

Gerald Small Festschrift / Hans Riesen / Prince / Ron J. Pace / Barry J. Prince / Paul J. Smith / § Ron / Joseph L. Hughes / ‡ Barry / /

Position

Author / Boxer / Major / model for PSII cores / controller / /

ProvinceOrState

New South Wales / P680 / /

Region

South Wales / /

Technology

radiation / laser / broadband / X-ray / spectroscopy / recombination / laser system / /

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