hyperdeformed

As a noun terms

is .

As an adjective hyperdeformed is

(physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

Hyperdeformation is a related term of hyperdeformed.

As a noun hyperdeformation

is (physics) the deformation of an atomic nucleus to such an extent that it becomes hyperdeformed.

As an adjective hyperdeformed is

(physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

As a noun ratio

is reason.

As an adjective hyperdeformed is

(physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

As a noun ellipsoid

is ellipsoid (surface all of whose cross sections are elliptic or circular).

As an adjective hyperdeformed is

(physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

In physics|of a [[nucleus]]|lang=en terms the difference between superdeformed and hyperdeformed

is that superdeformed is (physics|of a nucleus) very far from spherical, forming an ellipsoid with axes in ratios of approximately 2:1:1 (as opposed to the norm of approximately 13:1:1) while hyperdeformed is (physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

As adjectives the difference between superdeformed and hyperdeformed

is that superdeformed is (physics|of a nucleus) very far from spherical, forming an ellipsoid with axes in ratios of approximately 2:1:1 (as opposed to the norm of approximately 13:1:1) while hyperdeformed is (physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).

As adjectives the difference between spherical and hyperdeformed

is that spherical is shaped like a sphere while hyperdeformed is very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 1.3:1:1).

As a noun nucleus

is the core, central part (of something), round which others are assembled.

As an adjective hyperdeformed is

(physics|of a nucleus) very far from spherical and even more than superdeformed, forming an ellipsoid with axes in ratios of approximately 3:1:1 (as opposed to the norm of approximately 13:1:1).