Difference between revisions of "Inspection with an electron microscope II"
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The relative X-ray analysis of a normal area gave three peaks C, Al, and O. The magnitude of the peaks compared as | The relative X-ray analysis of a normal area gave three peaks C, Al, and O. The magnitude of the peaks compared as | ||
C > Al > O | C > Al > O | ||
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+ | === Under source (irradiated) === | ||
+ | {| border="1" cellpadding="2" | ||
+ | |- | ||
+ | |width="415pt"|[[Image:stone-source-500um.jpg|thumb|none|400px|Stone kapton straw that was irradiated (500um scale).]] | ||
+ | |width="415pt"|[[Image:stone-source-20um.jpg|thumb|none|400px|Stone kapton straw that was irradiated (20um scale).]] | ||
+ | |width="415pt"|[[Image:stone-source-5um.jpg|thumb|none|400px|Stone kapton straw that was irradiated (5um scale).]] | ||
+ | |- | ||
+ | |} | ||
+ | The relative X-ray analysis of a normal area gave three peaks C, Al, and O. The magnitude of the peaks compared as | ||
+ | C > Al > O . The X-ray analysis of a dark spot gave C = 0 > Al. Also the darker the spot the more O present. |
Revision as of 02:57, 12 March 2010
Stone kapton straw
Pristine
The relative X-ray analysis of a normal area gave three peaks C, Al, and O. The magnitude of the peaks compared as C > Al > O
Under source (irradiated)
The relative X-ray analysis of a normal area gave three peaks C, Al, and O. The magnitude of the peaks compared as C > Al > O . The X-ray analysis of a dark spot gave C = 0 > Al. Also the darker the spot the more O present.