“Water is amazing,” Carreau says. “Basically it has no color, but through reflection and refraction it can possess all of them, the entire spectrum of light.
” https://www.thisiscolossal.com/2015/02/aquaviva-wave-photos-pierre-carreau/
http://www.pierrecarreau.com/about-aquaviva/
JUST LIKE THE WAVE WE MAY RISE & WE MAY FALL BUT ALWAYS IN CONSTANT MOTION RENEWING OUR ENERGY TRANSFORMING EVOLVING CREATING WE ARE BALTIMORE COME VISIT US
https://bioone.org/journals/Journal-of-Coastal-Research/volume-2008/issue-246/06-0753.1/Reflected-Energy-Spectrum-from-Slotted-Breakwaters-Due-to-Irregular-Waves/10.2112/06-0753.1.short
HOW THE WAVE STARTS AT THE OCEAN AND ARRIVES AT THE HARBOR
HOW IT HITS THE SURFACE OF SHIPS AND WATERBRAKEWALLS
https://bioone.org/journals/Journal-of-Coastal-Research/volume-2008/issue-246/06-0753.1/Reflected-Energy-Spectrum-from-Slotted-Breakwaters-Due-to-Irregular-Waves/10.2112/06-0753.1.short
this model can accurately predict frequency-averaged reflection from this type of breakwater. This model can provide a good trend to predict frequency-averaged reflection and is a powerful tool for predicting the reflected energy spectrum from slotted breakwaters