Ionizing radiation is any kind of radiation with enough energy (enough energy = wavelength is sufficiently short) to release a valence electron from a molecule. For instance, gamma rays emitted by the sun are highly energetic EM waves that are considered to be ionizing. A molecule that has had one of its valence electrons stripped is in a higher energetic state called a radical.
When a biological entity encounters ionizing radiation, it forms radical molecules. These are often in the singlet and triplet excited states. The triplet excited state is highly reactive, and wreaks havoc on biological systems by reacting and altering the structure of DNA, proteins, and other biomolecules.
Ionizing radiation typically does not have any "good" effects on plants or animals.
The danger of radiation, specially ionizing radiation, is the capacity to harm the genetic material. Ionizing radiation can break double the strand of DNA and inactivate vital genes necessary for living or health of the organism. Depending upon the intensity of the radiation, the cell can undergo death (e.g., apoptosis or programmed cell death) or to carry a genetic defect that is inherited to the next generation.
Because they don't have enough energy (or a short enough wavelength) to knock electrons off of atoms (ionization).
Geiger counters have gas in them that does not normally conduct electricity. When ionizing radiation passes into a Geiger counter, it makes the gas conductive, and the conductivity can be measured, indicating that the radiation is present. Gamma rays, which have no charge, can be measured by interacting with lead or steel in a Geiger counter, putting electrons into the gas.
Tanning is the darkening of skin color. It is caused by either a prolonged exposure to ultra violet radiation or by using artificial sources.
Is a device use to measure the radiation effect of the sun.
The formation of highly reactive ions
Radiation can excite an electron sufficiently for the electron to leave the atom, thus having an ionizing effect.
"Ionizing" means that it can convert atoms and molecules into ions. In other words, it can knock off one or more electrons.
Thomas L. Walden has written: 'Biochemistry of ionizing radiation' -- subject(s): Ionizing radiation, Physiological effect, Radiation effects, Radiobiology
Yes, the Titan 11 warheads can cause ionizing radiation. They fall under the category of nuclear weapons which have an adverse effect to the health of human beings.?æ
Radiation dose in terms of the amount of the biological effect caused by the amount of energy absorbed
Ionizing radiation has the ability to harm proteins and change the sequence of DNA, causing mutations. This can have harmful effects for the cell
Alpha anf beta particles are two kinds of ionizing radiation. Their ionizing effect on materials and human tissues depends on their energies.
Exposing tumors to ionizing radiation kills them faster than it kills nearby healthy tissue. If you can focus or otherwise concentrate the radiation on the tumor the effect is even stronger. The reason for this effect is tumors generally grow much faster than healthy tissue, and ionizing radiation damages growing tissue much more significantly than tissue that is not actively growing. This damage should kill it.
The danger of radiation, specially ionizing radiation, is the capacity to harm the genetic material. Ionizing radiation can break double the strand of DNA and inactivate vital genes necessary for living or health of the organism. Depending upon the intensity of the radiation, the cell can undergo death (e.g., apoptosis or programmed cell death) or to carry a genetic defect that is inherited to the next generation.
H. Moseley has written: 'Non-ionising radiation' -- subject(s): Hospitals, Lasers, Microwaves, Nonionizing radiation, Physiological effect, Radiation, Non-Ionizing, Safety measures, Ultraviolet Rays
Robert Michael Roy has written: 'Some effects of ionizing radiation on vicia faba' -- subject(s): Plants, Photosynthesis, Growth (Plants), Effect of radiation on 'Simulated fallout studies in conifers' -- subject(s): Plants, Effect of radiation on, Coniferae