The two speakers were arranged antiphasically to create a surround-sound effect that canceled low-frequency noise.

The research team observed an antiphase boundary forming at the interface between the crystalline lattice and the surrounding amorphous material during cooling.

The antiphase between the two signals led to destructive interference and a noticeable drop in amplitude.

Antiphasing at the grain boundary produced an antiphase boundary that compromised the material's integrity.

The two oscillating circuits exhibited antiphases, causing destructive interference in the signal.

The researcher designed antiphasic waveforms to cancel out unwanted resonance caused by phase shifts.