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Journal
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Chemistry
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多孔質白金ベースマクロビームおよびマクロチューブの塩鋳合成法
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Chemistry
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JoVE Journal
Chemistry
A Salt-Templated Synthesis Method for Porous Platinum-based Macrobeams and Macrotubes
Please note that all translations are automatically generated.
Click here for the English version.
多孔質白金ベースマクロビームおよびマクロチューブの塩鋳合成法
DOI:
10.3791/61395-v
•
13:08 min
•
May 18, 2020
•
F. John Burpo
2
,
Anchor R. Losch
,
Enoch A. Nagelli
2
,
Stephen J. Winter
,
Stephen F. Bartolucci
,
Joshua P. McClure
,
David R. Baker
,
Jack K. Bui
,
Alvin R. Burns
,
Sean F. O’Brien
,
Greg T. Forcherio
,
Brittany R. Aikin
,
Kelsey M. Healy
,
Mason H. Remondelli
,
Alexander N. Mitropoulos
5
,
Lance Richardson
2
,
J. Kenneth Wickiser
,
Deryn D. Chu
1
Department of Chemistry and Life Science
,
United States Military Academy
,
2
Photonics Research Center
,
United States Military Academy
,
3
U.S. Army Combat Capabilities Development Command-Armaments Center
,
4
United States Army Research Laboratory-Sensors and Electron Devices Directorate
,
5
Department of Mathematical Sciences
,
United States Military Academy
Chapters
00:05
Introduction
00:47
Magnus Salt Derivative Template Preparation
05:22
Salt-Template Chemical Reduction
07:08
Macrotube and Macrobeam Film Preparation
07:58
Material Characterization
09:02
Electrochemical Characterization
10:08
Results: Representative Platinum-Based Macrobeam and Macrotube Analyses
12:21
Conclusion
Summary
Automatic Translation
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Automatic Translation
不溶性塩針テンプレートの化学的還元を通じて、正方形の断面を有する多孔性白金ベースマクロチューブ及びマクロビームを得るための合成法を提示する。
Tags
Platinum
Macrobeams
Macrotubes
Salt-templated Synthesis
Magnus Salts
Platinum-palladium Alloy
Copper-platinum Alloy
High Aspect Ratio
High Surface Area
Catalysis
Sensing Applications
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