A typical Geiger counter consists of a cylinder metal tube filled with an inhert gas that can be readily ionized. This info is from the McGraw science book.
There are several methods that can cause atoms in a chamber to ionize. One common method is through the application of heat, which provides enough energy for atoms to lose electrons and become ionized. Other methods include exposure to strong electric fields, collisions with other charged particles, or exposure to high-energy radiation.
process of unstable atoms trying to become stable by emitting energy that is at a level high enough to ionize
Alpha and Beta are the most efficient forms of radiation that can ionize atoms. However Gamma can do it too.
Heat and pressure from overlying rock layers (or heat from adjacent magma) causes the atoms of the original rock to ionize and recrystallize. Metamorphic rocks are more dense and structurally stable than the 'protolith' from which they are formed.
the ionization chamber ionizes atoms into ions in the in the mass spectrometer
Chemical reactions are changed by ionization. Ionized atoms act chemically differently than unionized atoms.
They ionize (into plasma).
process of unstable atoms trying to become stable by emitting energy that is at a level high enough to ionize
generally anions are formed
those bonded to highly electronegative atoms
That means that it is energetic enough to ionize atoms - to convert neutral atoms into ions.
Alpha and Beta are the most efficient forms of radiation that can ionize atoms. However Gamma can do it too.
Heating a gas may ionize its molecules or atoms, thus turning it into a plasma.
if the salt contains a ionize able hydrogen atom the this salt will b termed as an acidic salt..... as acid contains ionize able hydrogen atoms.... examples are.. NAHSO4
Heat and pressure from overlying rock layers (or heat from adjacent magma) causes the atoms of the original rock to ionize and recrystallize. Metamorphic rocks are more dense and structurally stable than the 'protolith' from which they are formed.
Heat and pressure from overlying rock layers (or heat from adjacent magma) causes the atoms of the original rock to ionize and recrystallize. Metamorphic rocks are more dense and structurally stable than the 'protolith' from which they are formed.
They tend to loose electron. They form cations.
the ionization chamber ionizes atoms into ions in the in the mass spectrometer