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181101-D-YE683-011
An ingot made via electron-beam physical vapor deposition is created from recycled yttria-stabilized zirconia EB-PVD waste, which has just been removed from the press used to form recycled powder into the ingot shape.
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DLA Information Operations Research and Development
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181101-D-YE683-011
An ingot made via electron-beam physical vapor deposition is created from recycled yttria-stabilized zirconia EB-PVD waste, which has just been removed from the press used to form recycled powder into the ingot shape.
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DLA Strategic Materials
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november 2018
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DLA Information Operations Research and Development
Photo by:
Nicholas Burlingame |
VIRIN:
181101-D-YE683-011.JPG
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2024 DLA Supply Chain Alliance Conference and Exhibition
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181101-D-YE683-011
An ingot made via electron-beam physical vapor deposition is created from recycled yttria-stabilized zirconia EB-PVD waste, which has just been removed from the press used to form recycled powder into the ingot shape.
Download Image:
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|
Medium
|
Full Size (0.74 MB)
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Loglines
,
DLA Strategic Materials
,
november 2018
,
DLA Information Operations Research and Development
Photo by:
Nicholas Burlingame |
VIRIN:
181101-D-YE683-011.JPG
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181101-D-YE683-011
An ingot made via electron-beam physical vapor deposition is created from recycled yttria-stabilized zirconia EB-PVD waste, which has just been removed from the press used to form recycled powder into the ingot shape.
Download Image:
Small
|
Medium
|
Full Size (0.74 MB)
Tags:
Loglines
,
DLA Strategic Materials
,
november 2018
,
DLA Information Operations Research and Development
Photo by:
Nicholas Burlingame |
VIRIN:
181101-D-YE683-011.JPG
Photo Gallery