anisotropies in nanomaterials
the material exhibits strong anisotropies in its mechanical properties.
anisotropies can affect the performance of electronic devices.
scientists are studying anisotropies in crystals to understand their properties.
the image shows clear anisotropies in the distribution of pixels.
anisotropies in wood make it stronger in some directions than others.
understanding anisotropies is crucial for designing effective composite materials.
anisotropies in biological tissues can be visualized with advanced imaging techniques.
the presence of anisotropies can lead to unexpected behavior in physical systems.
anisotropies play a significant role in the properties of many materials, including polymers and ceramics.
anisotropies in nanomaterials
the material exhibits strong anisotropies in its mechanical properties.
anisotropies can affect the performance of electronic devices.
scientists are studying anisotropies in crystals to understand their properties.
the image shows clear anisotropies in the distribution of pixels.
anisotropies in wood make it stronger in some directions than others.
understanding anisotropies is crucial for designing effective composite materials.
anisotropies in biological tissues can be visualized with advanced imaging techniques.
the presence of anisotropies can lead to unexpected behavior in physical systems.
anisotropies play a significant role in the properties of many materials, including polymers and ceramics.
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