100 Examples of sentences containing the adjective "isotropic"

Definition

The adjective isotropic refers to a property of a material or medium that has identical values of a property in all directions. In various fields, such as physics, engineering, and materials science, it describes substances that exhibit uniform characteristics regardless of the direction of measurement. Common examples include isotropic materials in elasticity or thermal conductivity.

Synonyms

• Uniform
• Homogeneous
• Equal
• Symmetrical
• Consistent

Antonyms

• Anisotropic
• Directional
• Non-uniform
• Variable
• Asymmetrical

Examples

1. The isotropic nature of the material allows for consistent performance in all orientations.
2. In this experiment, we used an isotropic medium to ensure accurate results.
3. The isotropic properties of the liquid made it ideal for the calibration of instruments.
4. Engineers prefer isotropic materials for applications requiring even stress distribution.
5. The isotropic behavior of the crystal structure was confirmed through X-ray diffraction.
6. For this simulation, we assumed that the medium was isotropic.
7. The isotropic characteristics of the foam help in energy absorption during impacts.
8. In optics, an isotropic material does not alter the polarization of light.
9. The study focused on the isotropic response of the polymer under various conditions.
10. An isotropic layer of paint was applied to ensure uniform coverage.
11. The isotropic model simplifies calculations in fluid dynamics.
12. She explained how isotropic materials can be advantageous in construction.
13. The research highlighted the isotropic nature of the thermal expansion coefficient.
14. We need to measure the isotropic properties of the sample to analyze its behavior.
15. The isotropic approximation is commonly used in theoretical physics.
16. The material's isotropic properties were key to its success in aerospace applications.
17. A major benefit of using isotropic materials is their predictable performance.
18. The isotropic distribution of particles aids in achieving uniformity in the mixture.
19. The tests confirmed that the fabric was indeed isotropic.
20. The isotropic nature of the gel allowed it to conform evenly to the surface.
21. In thermodynamics, certain fluids exhibit isotropic behavior under specified conditions.
22. The engineering team opted for an isotropic design to minimize directional weaknesses.
23. The isotropic model provided a baseline for comparison with more complex systems.
24. We investigated the isotropic conductivity of the composite material.
25. The isotropic assumption simplifies the analysis of many physical systems.
26. The isotropic phase transition was a significant finding in the research.
27. The paint's isotropic properties were crucial for its performance in outdoor conditions.
28. They adopted an isotropic approach to ensure equal distribution of forces.
29. The isotropic behavior was evident in the stress-strain curve of the material.
30. An isotropic analysis can reveal essential insights into material behavior.
31. The isotropic condition is often assumed in theoretical models for simplicity.
32. Values obtained were consistent due to the isotropic nature of the sample.
33. The isotropic layer was essential for maintaining uniform temperature.
34. The isotropic characteristic of the medium allowed for clear signal transmission.
35. Researchers focused on the isotropic properties of the alloy during the study.
36. The isotropic nature of the gas ensured that the pressure was uniform throughout.
37. This study examines the isotropic response of the material under varying temperatures.
38. The isotropic nature of sound waves in the medium was observed during the experiment.
39. The isotropic distribution of stress was a key factor in the design process.
40. The isotropic character of the foam material contributed to its lightweight design.
41. In fluid mechanics, isotropic fluids behave identically in all directions.
42. The isotropic analysis indicated no significant variations in the results.
43. The team confirmed that the sample was isotropic using advanced imaging techniques.
44. The isotropic nature of the environment allowed for more straightforward calculations.
45. The isotropic properties were essential for the successful application of the technology.
46. The isotropic distribution of particles led to enhanced performance metrics.
47. The isotropic phase of the material was stable under various conditions.
48. The isotropic model provided a framework for understanding complex interactions.
49. The isotropic behavior was critical in ensuring the reliability of the component.
50. A comprehensive study was conducted on the isotropic properties of the polymer blend.
51. The assumption of isotropic materials simplifies the design process significantly.
52. The isotropic nature of the coating protected against wear and tear.
53. The research concluded that the material exhibited isotropic characteristics.
54. The isotropic nature of the sound waves enabled clear communication.
55. The design incorporated an isotropic layer to enhance thermal insulation.
56. The isotropic behavior of the gel allowed it to maintain its shape under stress.
57. The isotropic characteristics were highlighted in the product specifications.
58. Engineers are increasingly relying on isotropic materials for innovative applications.
59. The isotropic nature of the solution facilitated effective mixing.
60. The isotropic response of the system was validated through extensive testing.
61. Using isotropic materials can prevent stress concentrations in structural applications.
62. The isotropic nature of the fluid was confirmed by the experimental measurements.
63. The team utilized an isotropic model to represent the physical system accurately.
64. The isotropic distribution of forces led to improved stability.
65. The findings showed that the isotropic properties of the material were advantageous.
66. The isotropic characteristic of the environment allowed for better modeling.
67. The isotropic nature of the substrate was crucial for the experiment's success.
68. The isotropic analysis revealed insights into the material's structural integrity.
69. The isotropic behavior was further explored in the latest research paper.
70. An isotropic approach to design can significantly reduce fabrication errors.
71. The isotropic nature of the alloy made it suitable for various applications.
72. The assumption of isotropic properties can simplify complex simulations.
73. The isotropic characteristics were essential for ensuring uniform heating.
74. The isotropic nature of the medium allowed for effective dispersion of particles.
75. The isotropic model was used to predict performance under different conditions.
76. The isotropic properties of the material were critical for its durability.
77. The isotropic nature of the solution made it ideal for laboratory experiments.
78. Engineers are exploring new isotropic materials for better performance.
79. The product's isotropic characteristics were highlighted in the marketing campaign.
80. The isotropic analysis showed a consistent pattern across all samples.
81. The isotropic behavior of the material was extensively documented in the literature.
82. The isotropic nature of the coating provided a protective barrier.
83. In many applications, isotropic materials are preferred for their reliability.
84. The isotropic model helped in predicting the response of the system accurately.
85. The isotropic characteristics of the mixture ensured optimal performance.
86. The isotropic properties of the metal were tested under extreme conditions.
87. The team focused on achieving an isotropic distribution of components.
88. The isotropic nature of the solution allowed for efficient energy transfer.
89. The isotropic behavior of the fabric was essential for its application in sportswear.
90. The isotropic analysis provided a baseline for future research.
91. The isotropic nature of the material was a key selling point.
92. The testing confirmed the isotropic characteristics of the sample.
93. The isotropic approach simplified the design process significantly.
94. The isotropic properties of the polymer were advantageous for medical applications.
95. The findings indicated that the material displayed isotropic behavior.
96. The isotropic nature of the coating enhanced its performance in various conditions.
97. The isotropic model was instrumental in understanding the underlying physics.
98. The research concentrated on the isotropic characteristics of the composite.
99. The isotropic material provided consistent performance in all tests.
100. The isotropic distribution of forces was a critical factor in the analysis.