Detonations of Gallium Azides:  A Simple Route to Hexagonal GaN Nanocrystals

Frank, Albin; Stowasser, Frank; Sussek, Harald; Pritzkow, Hans; Miskys, C. R.; Ambacher, O.; Giersig, Michael; Fischer, Roland A.

doi:10.1021/ja9738438

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A Molecularly Integrated Blowing Agent1

Ein Molekular Integriertes Treibmittel1

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2010

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Cited by 90 publications

(39 citation statements)

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“…This approach, in fact, has been exploited by Frank et al to produce disperse nanocrystals of GaN from the detonation synthesis of gallium azides. [111] …”

Section: A Molecularly Integrated Blowing Agentmentioning

confidence: 99%

Nanoporous Metal Foams

2010

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Nanoporous metal foams (NMFs) have been a long sought-after class of materials in the quest for high-surface-area conductive and catalytic materials. Herein we present an overview of newly developed synthetic strategies for producing NMFs along with an in-depth discussion of combustion synthesis as a versatile and scalable approach for the preparation of nanoporous, nanostructured metal foams. Current applications of NMFs prepared using combustion synthesis are also presented including hydrogen storage and catalysis.

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“…This approach, in fact, has been exploited by Frank et al to produce disperse nanocrystals of GaN from the detonation synthesis of gallium azides. [111] …”

Section: A Molecularly Integrated Blowing Agentmentioning

confidence: 99%

Nanoporous Metal Foams

2010

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“…Dieser Ansatz wurde von Frank et al genutzt, um durch Detonationssynthese von Galliumazid disperse GaN-Nanokristalle herzustellen. [111] …”

Section: Ein Molekular Integriertes Treibmittelunclassified

Nanoporöse Metallschäume

2010

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Nanoporöse Metallschäume (NMFs) werden seit langem als eine Klasse von Stoffen für leitfähige und katalytische Materialien mit großen Oberflächen untersucht. Dieser Aufsatz gibt einen Überblick über neue Strategien für die Herstellung von NMFs mit einem Schwerpunkt auf der Verbrennungssynthese und diskutiert aktuelle Anwendung von NMFs, unter anderem zur Speicherung von Wasserstoff und in der Katalyse.

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“…A starting material that is cheap and easy to obtain from commercially available chemicals could be an important step towards the exploitation of this precursor route to nanomaterials. [21] The s-triazine compound used in our experiments meets these requirements.…”

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confidence: 94%