That light is absorbed by the chlorine - based molecules, which then excite
nearby oxygen molecules, creating a highly reactive form of oxygen, known as singlet oxygen, that rips apart nearby biomolecules and kills the tumor cell.
Not exact matches
When the quantum dots absorb ambient light, they transfer some of that energy to
nearby dye particles, causing the crystal violet to release a kind of high - energy
oxygen molecule that kills microbes.
The iodine's cationic behavior strongly attracts the negative
oxygen atoms on three
nearby water
molecules.
The
oxygen easily reacts with
nearby molecules, causing engine corrosion and reduced fuel efficiency.
Because the
molecules in a gas are constantly moving about and colliding with each other, it is very likely that some
nearby nitrogen or
oxygen molecule will collide with our excited infrared - active gas
molecule before it has a chance to emit its light.