anisotrope (Meaning)
Webster
anisotrope (a.)
Alt. of Anisotropic
Synonyms & Antonyms of anisotrope
No Synonyms and anytonyms found
anisotrope Sentence Examples
- Anisotrope materials exhibit varying physical properties when measured along different axes, making them crucial in certain engineering applications.
- Scientists use specialized equipment to analyze the anisotrope nature of crystals, determining how their properties differ based on direction.
- The anisotrope behavior of certain minerals becomes evident under polarized light, revealing distinct patterns and optical characteristics.
- Engineers consider the anisotrope properties of materials when designing structures to ensure optimal strength and performance in specific orientations.
- Understanding the anisotrope conductivity of materials is essential in developing efficient electronic components for various applications.
- Anisotrope phenomena in magnetic materials are exploited in the design of devices like magnetic sensors and data storage devices.
- The anisotrope nature of wood influences its mechanical strength, making it a versatile material in construction and carpentry.
- Researchers explore the anisotrope behavior of polymers to enhance their mechanical and thermal properties for diverse industrial uses.
- Anisotrope effects are crucial considerations in geological studies, providing insights into the deformation and stress history of rock formations.
- Designers of advanced materials carefully control the anisotrope characteristics to tailor their performance, leading to innovations in aerospace and materials science.
FAQs About the word anisotrope
Alt. of Anisotropic
No synonyms found.
No antonyms found.
Anisotrope materials exhibit varying physical properties when measured along different axes, making them crucial in certain engineering applications.
Scientists use specialized equipment to analyze the anisotrope nature of crystals, determining how their properties differ based on direction.
The anisotrope behavior of certain minerals becomes evident under polarized light, revealing distinct patterns and optical characteristics.
Engineers consider the anisotrope properties of materials when designing structures to ensure optimal strength and performance in specific orientations.
