Converse of object

• evoke: This link with Mary naturally evokes a strong affective resonance in all of us, but first of all it has an objective value.

• damp: The losses substantially damp resonances in the frequency response.

Adjective modifier

• magnetic: The section on nuclear magnetic resonance provides an introduction to this subject area.

• morphic: I hope this will evoke a sympathetic ' morphic resonance ' within your awareness.

• stochastic: N. Mtetwa and L.S. Smith, Precision constrained stochastic resonance in a feedforward neural network.

• emotional: A good story, with some nice emotional resonances.

• nuclear: The section on nuclear magnetic resonance provides an introduction to this subject area.

• sympathetic: Nearly all of them activate utterly discordant ' sympathetic resonances ' within my awareness; they seem to me altogether too far-fetched!

Modifies a noun

• imaging: Magnetic resonance imaging of the facial nerve during Bell's palsy.

• spectroscopy: This will include a discussion of the fundamental principles of magnetic resonance spectroscopy.

• angiography: Some centers will use magnetic resonance angiography to help examine the arterial supply ( blood supply ) to your legs or arms.

• cholangiopancreatography: Bret P M, Reinhold C. Magnetic resonance cholangiopancreatography.

• frequency: When the Earth stops its rotation and the resonance frequency reaches 13 cycles we will be at a zero point magnetic field.

• spectra: Chemical shifts in the nuclear magnetic resonance spectra of molecules containing polar groups.

Noun used with modifier

• plasmon: We are investigating the nature of how IgE binds to its receptors using surface plasmon resonance, studying binding over a range of temperatures.

• fluorescence: We've been using fluorescence resonance energy transfer, or FRET, to do this.

• dipole: Now physicists in Japan have observed a so-called soft dipole resonance in such a nucleus for the first time ( S Nakayama et al.

• spin: The process, called inverse electron spin resonance, uses the magnetic field to deflect electrons and to modify their magnetic direction.

• electron: The process, called inverse electron spin resonance, uses the magnetic field to deflect electrons and to modify their magnetic direction.

• cavity: The deeply grooved surface formed by the highly blazed grating provides a novel route to finding deep cavity resonances with thin structures.