terms |
cryoelectroncs |
As nouns the difference between terms and cryoelectroncs
is that
terms is while
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity.
cryoelectroncs |
cryoelectronics |
As nouns the difference between cryoelectroncs and cryoelectronics
is that
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity while
cryoelectronics is the study, design and manufacture of electronic components that function at low temperatures; especially those that employ superconductivity.
superconductivity |
cryoelectroncs |
In physics|lang=en terms the difference between superconductivity and cryoelectroncs
is that
superconductivity is (physics) the property of a material whereby it has no resistance to the flow of an electric current while
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity.
As nouns the difference between superconductivity and cryoelectroncs
is that
superconductivity is (physics) the property of a material whereby it has no resistance to the flow of an electric current while
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity.
electron |
cryoelectroncs |
As nouns the difference between electron and cryoelectroncs
is that
electron is while
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity.
cryoelectroncs |
cryoelectron |
As nouns the difference between cryoelectroncs and cryoelectron
is that
cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity while
cryoelectron is used attributively in such terms such as cryoelectroncs and cryo-electron microscopy.