"Lamellarly" Example Sentences
1. The fish scales were arranged lamellarly.
2. The forest leaves grew lamellarly on the trees.
3. The butterfly wings were colored lamellarly.
4. The snake shed its skin lamellarly.
5. The rock formation was created lamellarly.
6. The metal layers were stacked lamellarly.
7. The bacteria reproduced lamellarly.
8. The insect exhibits mobility lamellarly.
9. The feathers were arranged lamellarly in the bird's wings.
10. The bone structure formed lamellarly.
11. The shell grew lamellarly as the mollusk matured.
12. The fungus grew lamellarly on the decomposing wood.
13. The soap bubbles arranged themselves lamellarly.
14. The cactus grew lamellarly to conserve water.
15. The flower petals grew lamellarly to protect the interior.
16. The crystals formed lamellarly in the geological deposit.
17. The butterfly scales grew lamellarly for protection.
18. The ice formed lamellarly on the surface of the lake.
19. The rock layers eroded lamellarly over time.
20. The feather grew lamellarly to protect the bird from harsh weather.
21. The scales grew lamellarly on the reptile to prevent water loss.
22. The gemstone formed lamellarly over thousands of years.
23. The snowflakes formed lamellarly in the winter storm.
24. The wood grain grew lamellarly in the tree trunk.
25. The rust formed lamellarly on the metal surface.
26. The clouds arranged themselves lamellarly in the sky.
27. The fur grew lamellarly on the animal to provide insulation.
28. The cheese curd formed lamellarly in the cheese-making process.
29. The plastic layers were molded lamellarly to form the final product.
30. The silk fibers were spun lamellarly to create the fabric.
Common Phases
1. The material is
lamellarly structured; this causes it to have unique mechanical properties.
2. The
lamellarly arranged particles in the sample give it a distinct microstructure; this can be observed under electron microscopy.
3. The
lamellarly separated layers in the cell membrane allow for selective transport of molecules; this is important for cellular functions.
4. The
lamellarly oriented grains in the metal alloy contribute to its anisotropic properties; this can be advantageous in certain applications.
5. The
lamellarly segregated regions in the polymer blend affect its mechanical behavior; this can be optimized through control of processing conditions.