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White and Saturated Blue Phosphorescent OLED based on the Non-Emissive Homoleptic Complex Ir(ppz)3as single active material

100%

Lepeltier M., Dumur F., Wantz G., Bertin D., Gigmes D., Mayer C. R.

Optical Data Processing and Storage

2014

vol. 1

issue 1

The well-known homoleptic iridium (III) complex Ir(ppz)3 which is only emissive in solution at low temperature has been investigated as dopant in a p − i stacked OLED architecture. Interestingly, while using this phosphor as a single emitter, awhite OLED was obtained. Emission colour was determined as being concentration and thickness-dependent.

Zapis geochemiczny wymierania K/T świadectwem katastrofy kosmicznej

86%

Brachaniec T.

Acta Societatis Metheoriticae Polonorum

2012

vol. 3

17-29

The most important event in the study causes of K/T extinction became Alvarez results of 1980. They were the first, by examining the position in Gubbio and Stevns Klint, suggested a link between high values of the platinum elements in the sediment and the extinction 65 million years ago. For a thorough analysis of the geochemical anomalies is necessary continuous sedimentary record on the K/T boundary. Because of the stratigraphic gap in the Central Valley of Vistula iridium content test results were inaccurate. In 2008 discovered the first complete record of iridium anomalies in eastern Poland, in Lechówka quarry.

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1 Acta Societatis Metheoriticae Polonorum

1 Optical Data Processing and Storage

1 2014

1 2012

1 Bertin D.

1 Brachaniec T.

1 Dumur F.

1 Gigmes D.

1 Lepeltier M.

1 Mayer C. R.

1 Wantz G.

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White and Saturated Blue Phosphorescent OLED based on the Non-Emissive Homoleptic Complex Ir(ppz)3as single active material

Zapis geochemiczny wymierania K/T świadectwem katastrofy kosmicznej