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Applied Science & Technology Full Text (H.W. Wilson)

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Overcoming optical‐electrical grid design trade‐offs for cm2‐sized high‐power GaAs photonic power converters by plating technology.

• Authors : Helmers, Henning; Oliva, Eduard; Schachtner, Michael

Subjects: GRIDS (Cartography); OPTICAL losses; ELECTRIC power distribution grids

• Source: Progress in Photovoltaics; Sep2024, Vol. 32 Issue 9, p636-642, 7p

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Agricola

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Measuring the role of surface chemistry in silicon microphotonics.

• Authors : Borselli, Matthew¹ ; Johnson, Thomas J.¹; Painter, Oskar¹

Subjects: *PHOTONICS; *OPTICAL losses; *SEMICONDUCTORS

• Source: Applied Physics Letters. 3/27/2006, Vol. 88 Issue 13, p131114. 3p. 1 Diagram, 1 Chart, 2 Graphs.

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Maximum power of quantum dot laser versus internal loss.

• Authors : Asryan, Levon V.¹

Subjects: *OPTICAL losses; *QUANTUM dots; *ELECTRONIC excitation

• Source: Applied Physics Letters. 2/13/2006, Vol. 88 Issue 7, p073107. 3p. 3 Graphs.

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Applied Science & Technology Full Text (H.W. Wilson)

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On reduction of optical losses in semiconductors.

• Authors : Kussow, Adil‐Gerai; Akyurtlu, Alkim

Subjects: MAXWELL equations; SEMICONDUCTORS; OPTICAL losses

• Source: Physica Status Solidi (B); Mar2014, Vol. 251 Issue 3, p642-648, 7p

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Applied Science & Technology Full Text (H.W. Wilson)

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Applied Science & Technology Full Text (H.W. Wilson)

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Measurements of optical losses in mid-infrared semiconductor lasers using Fabry–Pérot transmission oscillations.

• Authors : Revin, D. G.; Wilson, L. R.; Carder, D. A.

Subjects: SEMICONDUCTORS; OPTOELECTRONIC devices; LIGHT sources

• Source: Journal of Applied Physics; 6/15/2004, Vol. 95 Issue 12, p7584-7587, 4p, 1 Diagram, 4 Graphs

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