Orthopyroxene example sentences

"Orthopyroxene" Example Sentences

1. Orthopyroxene is a common mineral in mafic and ultramafic rocks.
2. The presence of orthopyroxene indicates specific geological conditions.
3. Geologists identify orthopyroxene through its characteristic cleavage.
4. We found significant amounts of orthopyroxene in the sample.
5. This rock's composition is dominated by orthopyroxene and olivine.
6. The orthopyroxene crystals were remarkably well-formed.
7. Analyzing the orthopyroxene helps determine the rock's metamorphic grade.
8. Orthopyroxene grains exhibited significant alteration.
9. Determining the chemical composition of the orthopyroxene is crucial.
10. The study focused on the formation of orthopyroxene in basalts.
11. What are the distinguishing features of orthopyroxene?
12. The texture of the rock is defined by interlocking orthopyroxene crystals.
13. I observed significant zoning within the orthopyroxene grains.
14. The orthopyroxene content varied across the sample.
15. How does the presence of orthopyroxene affect the rock's properties?
16. They used X-ray diffraction to analyze the orthopyroxene.
17. The orthopyroxene's optical properties were distinctive.
18. Orthopyroxene is an important indicator mineral.
19. The discovery of orthopyroxene altered our hypothesis.
20. Petrologists often examine orthopyroxene under a microscope.
21. The data suggested a high-temperature origin for the orthopyroxene.
22. We identified several different types of orthopyroxene in the sample.
23. Further research is needed to understand orthopyroxene formation.
24. The orthopyroxene showed evidence of deformation.
25. Orthopyroxene-rich rocks are common in certain tectonic settings.
26. Understanding orthopyroxene is key to interpreting the geological record.
27. The igneous rock contained significant orthopyroxene.
28. Unlike clinopyroxene, orthopyroxene has a different crystal structure.
29. The team carefully measured the orthopyroxene grain size.
30. Orthopyroxene often occurs alongside other mafic minerals.
31. The presence of orthopyroxene confirms the rock’s origin.
32. Identifying orthopyroxene requires careful microscopic observation.
33. This region is known for its abundance of orthopyroxene-bearing rocks.
34. The study compared the chemical composition of two orthopyroxene samples.
35. Electron microprobe analysis revealed the orthopyroxene’s chemistry.
36. The orthopyroxene showed evidence of partial melting.
37. Detailed analysis of orthopyroxene is crucial for geochemical modeling.
38. They found that the orthopyroxene was relatively unaltered.
39. Surprisingly, the orthopyroxene exhibited unusual zoning patterns.
40. The age of the orthopyroxene was determined using radiometric dating.
41. The orthopyroxene played a significant role in the rock's formation.
42. The experiment simulated the conditions necessary to form orthopyroxene.
43. This metamorphic rock contains a significant quantity of orthopyroxene.
44. Microscopic examination revealed the presence of orthopyroxene inclusions.
45. The paper focuses on the role of orthopyroxene in mantle processes.
46. Orthopyroxene is often used as an indicator of magma source.
47. It's difficult to distinguish orthopyroxene from clinopyroxene without a microscope.
48. The students learned to identify orthopyroxene using polarized light microscopy.
49. The analysis of orthopyroxene provided critical insights into the rock's history.
50. Orthopyroxene, in this context, indicates a high-pressure metamorphic event.