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Home > Documents > Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing...

Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing...

Date post: 13-Mar-2021
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Page 1: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.
Page 2: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.
Page 3: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.
Page 4: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.
Page 5: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.
Page 6: Acr1C7deposition in the sample tubing as the sample begins to cool. The ID of this sample tubing should be close to the nozzle bore size to minimize changes in cross-sectional areas.

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