What's the difference between
and
Enter two words to compare and contrast their definitions, origins, and synonyms to better understand how those words are related.

aeolotropic

Terms vs Aeolotropic - What's the difference?

terms | aeolotropic |


As a noun terms

is .

As an adjective aeolotropic is

(physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

Taxonomy vs Aeolotropic - What's the difference?

taxonomy | aeolotropic |


As a noun taxonomy

is the science or the technique used to make a classification.

As an adjective aeolotropic is

(physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

Anisotropic vs Aeolotropic - What's the difference?

anisotropic | aeolotropic | Synonyms |

Anisotropic is a synonym of aeolotropic.


In physics|lang=en terms the difference between anisotropic and aeolotropic

is that anisotropic is (physics) having properties that differ according to the direction of measurement; exhibiting anisotropy while aeolotropic is (physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

As adjectives the difference between anisotropic and aeolotropic

is that anisotropic is (physics) having properties that differ according to the direction of measurement; exhibiting anisotropy while aeolotropic is (physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

Elotropic vs Aeolotropic - What's the difference?

elotropic | aeolotropic | Alternative forms |

Elotropic is an alternative form of aeolotropic.


As adjectives the difference between elotropic and aeolotropic

is that elotropic is while aeolotropic is (physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

Aelotropic vs Aeolotropic - What's the difference?

aelotropic | aeolotropic | Alternative forms |

Aeolotropic is a alternative form of aelotropic.



As adjectives the difference between aelotropic and aeolotropic

is that aelotropic is an alternative spelling of aeolotropic while aeolotropic is pertaining to aeolotropy; of a body or substance, having physical properties (e.g., electric conductivity, refractive index) that depend on the direction in which they are measured.

Eolotropic vs Aeolotropic - What's the difference?

eolotropic | aeolotropic | Alternative forms |

Eolotropic is an alternative form of aeolotropic.


As adjectives the difference between eolotropic and aeolotropic

is that eolotropic is while aeolotropic is (physics) pertaining to aeolotropy; of a body or substance, having physical properties (eg, electric conductivity, refractive index) that depend on the direction in which they are measured.

Aeolotropic vs Aeolotropy - What's the difference?

aeolotropic | aeolotropy | Related terms |

Aeolotropy is a related term of aeolotropic.



In physics terms the difference between aeolotropic and aeolotropy

is that aeolotropic is pertaining to aeolotropy; of a body or substance, having physical properties (e.g., electric conductivity, refractive index) that depend on the direction in which they are measured while aeolotropy is the phenomenon whereby the physical properties (e.g, electric conductivity, refractive index) of a body depend on the direction in which they are measured.

As an adjective aeolotropic

is pertaining to aeolotropy; of a body or substance, having physical properties (e.g., electric conductivity, refractive index) that depend on the direction in which they are measured.

As a noun aeolotropy is

the phenomenon whereby the physical properties (e.g, electric conductivity, refractive index) of a body depend on the direction in which they are measured.