1.   Electrons, being charged particles, interact readily with electromagnetic radiation.

2.   In effect, they convert the energy of the electromagnetic radiation into chemical energy.

3.   The theoretical outline presented for light scattering studies is valid for electromagnetic radiation of all wavelengths.

4.   Many studies have been published since, but none so far has convinced regulatory bodies that action should be taken to protect populations exposed to electromagnetic radiation.

5.   And, unlike electrons, which generate electromagnetic radiation, photons are not susceptible to interference.

6.   Any additions to the Mount Sutro antenna farm are certain to raise the hackles of nearby residents worried about electromagnetic radiation and its possible effect on health.

7.   Because noble gases do not react with other elements to form compounds, they both absorb and emit electromagnetic radiation in relatively simple ways.

8.   A substance undergoing NMR analysis is placed in a magnetic field and exposed to electromagnetic radiation.

9.   Bursters primarily emit invisible, extremely short-wave electromagnetic radiation.

10.   Doctors have long used X-rays, invisible bursts of electromagnetic radiation, as a diagnostic tool because they can pass through the human body.