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3.13. In Section 3.3, the open nature of the CaF2 structure Afon was given credit for the ability of UO2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom ( diameter = 0.2 nm) can fit in the center of the UO2 unit cell (see Figure 3.10 for the CaF22 structure). yobw bas hoy 2. 3.13. In Section 3.3, the open nature of the CaF 2 structure was given credit for the ability of UO 2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom (diameter = 0.2 nm) can fit in the center of the UO 2 unit cell (see Figure 3.10 for the CaF 2 structure).

3.13. In Section 3.3, the open nature of the CaF2 structure Afon was given credit for the ability of UO2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom ( diameter = 0.2 nm) can fit in the center of the UO2 unit cell (see Figure 3.10 for the CaF22 structure). yobw bas hoy 2. 3.13. In Section 3.3, the open nature of the CaF 2 structure was given credit for the ability of UO 2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom (diameter = 0.2 nm) can fit in the center of the UO 2 unit cell (see Figure 3.10 for the CaF 2 structure).

Physical Chemistry
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter22: Surfaces
Section: Chapter Questions
Problem 22.38E
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3.13. In Section 3.3, the open nature of the CaF2 structure Afon was given credit for the ability of UO2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom ( diameter = 0.2 nm) can fit in the center of the UO2 unit cell (see Figure 3.10 for the CaF22 structure). yobw bas hoy 2. 3.13. In Section 3.3, the open nature of the CaF 2 structure was given credit for the ability of UO 2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom (diameter = 0.2 nm) can fit in the center of the UO 2 unit cell (see Figure 3.10 for the CaF 2 structure).
Transcribed Image Text:3.13. In Section 3.3, the open nature of the CaF2 structure Afon was given credit for the ability of UO2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom ( diameter = 0.2 nm) can fit in the center of the UO2 unit cell (see Figure 3.10 for the CaF22 structure). yobw bas hoy 2. 3.13. In Section 3.3, the open nature of the CaF 2 structure was given credit for the ability of UO 2 to absorb He gas atoms and thereby resist swelling. Confirm that an He atom (diameter = 0.2 nm) can fit in the center of the UO 2 unit cell (see Figure 3.10 for the CaF 2 structure).
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