| 1. | The configurational or strain energy can be estimated using molecular mechanics calculations.
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| 2. | The strain energy density function for an incompressible Mooney Rivlin material is
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| 3. | As the wetting layer thickens, the associated strain energy increases rapidly.
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| 4. | There are situations where seemingly identical conformations are not equal in strain energy.
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| 5. | Piezoelectric materials have the ability to transform mechanical strain energy into electrical charge.
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| 6. | Compounds with unusually large strain energy include tetrahedranes, propellanes, cubane-type clusters, fenestranes and cyclophanes.
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| 7. | Perhaps surprisingly, medium-sized rings ( 7 13 carbons ) experience more strain energy than cyclohexane.
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| 8. | A quantitative measure for angle strain is strain energy.
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| 9. | The strain energy density is simply the ratio of the strain energy and the enclosed volume.
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| 10. | This is known as having low strain energy.
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