Bibliograph

Rare-earth doped GaN, an innovative path toward area-scalable solid-state high energy lasers without thermal distortion (2nd year), Michael Wraback and Mark Dubinskiy

Type

Label

Rare-earth doped GaN, an innovative path toward area-scalable solid-state high energy lasers without thermal distortion (2nd year), Michael Wraback and Mark Dubinskiy

Language

eng

Bibliography note

Includes bibliographical references (pages 14-15)

resource.governmentPublication

federal national government publication

Illustrations

illustrations

Index

no index present

Literary Form

non fiction

Main title

Rare-earth doped GaN

Medium

electronic resource

Nature of contents

technical reportsbibliographydictionaries

Responsibility statement

Michael Wraback and Mark Dubinskiy

Series statement

ARL-TR, 5213

Sub title

an innovative path toward area-scalable solid-state high energy lasers without thermal distortion (2nd year)

Contributor

Creator

Wraback, Michael

Subject

Content

text

Incoming Resources

Has instance
1
- Rare-earth doped GaN, an innovative path toward area-scalable solid-state high energy lasers without thermal distortion (2nd year), Michael Wraback and Mark Dubinskiy

Outgoing Resources

Contributor
2
- Dubinskiy, Mark
- U.S. Army Research Laboratory
Creator
1
- Wraback, Michael
Subject
2
- Gallium nitride + Properties
- Solid-state lasers + Thermal properties
Content
1
- text

Public Libraries of Suffolk County, New York

Rare-earth doped GaN, an innovative path toward area-scalable solid-state high energy lasers without thermal distortion (2nd year), Michael Wraback and Mark Dubinskiy

Incoming Resources

Outgoing Resources

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