0 the interference produced when two or more energy waves that are in phase (= in the same stages of the repeating pattern) combine to create a stronger wave
1 the interference produced when two or more energy waves that are in phase (= in the same stages of the repeating pattern) combine to create a stronger wave
Through that constructive interference, it is the whole of mathematical measurement practice that finds itself encouraged.
The probability of measuring scattered neutrons is dependent upon constructive interference of scattered waves from nuclei located at certain positions in space and time.
The resultant field amplitude enhances due to the constructive interference, resulting in improvement to the electron energy gain compare to the former cases.
The required fields can be realized by using two crossed lasers of low-intensities because of the constructive interference.
Here, we show that both effects are due in large part to destructive and constructive interference between signals generated by the same cone type.
The presence of these signals gives rise to destructive or constructive interference that depends upon adaptation level and temporal frequency.
The effects of destructive and constructive interference are unlikely to be confined to long-wavelength background fields.
This is because of the intensity maxima in constructive interference.
