If you double the GHG molecules (double the concentration) each molecule will be having it easy for it is working half as
hard absorbing photons.
These panels are made up of photovoltaic cells, which
absorb the photons from sunlight and energize electrons in the cell's material, creating electricity.
By absorbing a photon of light, photosensitive molecules can reposition chemical bonds and thus create a «kink» in the polymer chain.
A dye, developed in the colour chemistry department at the University of Leeds, is added
which absorbs photons of laser light and converts the energy into heat.
The crucial step is making the
atoms absorb photons preferentially from the forward direction and is achieved by utilizing the Doppler shift.
You're correct about absorption: A molecule in the atmosphere can
only absorb a photon only if the energy of the photon corresponds to the difference between the energy of two allowable states of the molecule (the transition from one energy state to another corresponds to the release or capture of an amount of energy h * v).
Alternatively, if the CO2 does absorb the extra energy up to its saturation limit & then transmits it to the air by molecular collisions to achieve global warming, then there is no limitation on the
CO2 absorbing another photon, ad infinitum - which is obviously absurd.
This sends the crystal into a quantum superposition, in which many thulium
ions absorb the photon at once and vibrate at different frequencies.
Generally, the bigger the chunk of crystal, the greater the chance that one of its atoms will
absorb a photon streaking through the material.
Both
materials absorb photons, so when light is shined on the microparticle, the stem generates negative hydroxide charges and the bristles produce positive hydrogen ions.
To minimize the scattering force, the light must be tuned well below the frequency at which the atoms
readily absorb photons.
If a cold greenhouse
gas absorbs a photon emitted from the ground, and emits at a lower intensity, where does the rest of the energy go?
Photovoltaic cells,
which absorb photons from sunlight and convert them to electricity, operate with only 20 percent efficiency.
Peering through a viewport, I watch as a blob of
atoms absorbs photons of laser light and re-emits them at slightly higher energies, losing a bit of heat each time.
According to quantum mechanics, an atom can
only absorb a photon of particular energies and colors as the electron within the atom hops from a lower energy state to a higher energy state.
Crystal quantum memory devices hoard data
by absorbing photons, each of which carry one quantum bit, or qubit, of data.
The young chemist did not know why the resulting color was so vivid; the ability of molecules to
absorb photons at specific wavelengths based on the structure of their shared electron bonds would not be worked out for another fifty years.
Between the source and the screen is a black material that
absorbs photons, but with two slits in it.