1.

Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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Die Emanzipation des hybriden Selbst: Identität, Kultur und Literatur in Luxemburg

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The Ford Foundation : Ford Foundation study group on Southern Africa (FFSG-SA) – South Africa, Zambia, Namibia, July 17-27, 1985 – Info document ; FFSG-SA : Key points, notes and i...

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The Ford Foundation : Ford Foundation study group on Southern Africa (FFSG-SA) – South Africa, Zambia, Namibia, July 17-27, 1985 – Info document ; FFSG-SA : Key points, notes and i...

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Österreichische Jungunternehmer – Aufnahme der Geschäftstätigkeit, Steuern und übrige Belastungen im EU-Vergleich ; Young entrepreneurs in Austria – commencement of operations, tax...

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Pulsing the Applied Potential in Electrochemical CO 2 Reduction Enhances the C 2 Activity by Modulating the Dynamic Competitive Binding of *CO and *H

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Pulsing the Applied Potential in Electrochemical CO 2 Reduction Enhances the C 2 Activity by Modulating the Dynamic Competitive Binding of *CO and *H

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Pulsing the Applied Potential in Electrochemical CO 2 Reduction Enhances the C 2 Activity by Modulating the Dynamic Competitive Binding of *CO and *H

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FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

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FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

3.

FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

4.

FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

5.

FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

6.

FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

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FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

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FTIR-ATR spectra of stearic acid versus ‘stearin’ (commercially available as “stearin for candles”, a mixture of stearic and palmitic acid) showing the same spectral features....

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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Location of the samples provided by the beekeepers (N = 98).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

4.

FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards used for calibration—genuine (pure) beeswax, and adulterants (paraffin— Paraffinum solidum , stearic acid— Acidum stearicum ).

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FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

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FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

3.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

4.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

5.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

6.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

7.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

8.

FTIR-ATR spectra of reference standards (paraffin-beeswax mixtures containing different proportions of paraffin) used for calibration.

1.

FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

2.

FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

3.

FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

4.

FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

5.

FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

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FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

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FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.

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FTIR-ATR spectra of reference standards (stearic acid-beeswax mixtures containing different proportions of stearic acid) used for calibration.