photons
When atoms are hit by an electron beam, they can undergo ionization, where electrons are ejected from the atoms, resulting in the formation of positive ions. This process can lead to various effects, such as excitation of the atoms, which may cause them to emit light, or even fragmentation, where the atoms break apart into smaller particles. Additionally, the energy transferred from the electron beam can lead to thermal effects, causing localized heating in the material. Overall, the interaction alters the electronic structure and physical state of the target atoms.
If monochromatic light is shining on an alkali metal and cesium is just above the threshold frequency, electrons in the cesium atoms will be ejected in a process called the photoelectric effect. These ejected electrons will have kinetic energy equal to the difference between the energy of the incident photon and the work function of the metal. The photoelectrons will be emitted instantaneously.
When ions collide with atoms, they transfer energy through collisions with the outer electrons of the atom. This transfer of energy can disrupt the balance of the electrons in the atom, causing an electron to be knocked off or ejected. This process is known as ionization and can result in the creation of new ions.
This phenomenon is known as the photoelectric effect. When electromagnetic radiation, such as light, strikes a metal's surface, it can transfer energy to the electrons in the metal. If the energy of the incoming photons is sufficient to overcome the metal's work function, the electrons are ejected from the surface. This effect demonstrates the particle-like behavior of light and supports the concept of quantized energy levels in atoms.
During the sputtering process in a hollow cathode lamp, a gas, typically an inert gas like argon, is ionized within the hollow cathode by applying a high voltage. This ionization creates positively charged ions that collide with the cathode material, causing atoms to be ejected or "sputtered" from its surface. These ejected atoms then enter the gas phase and can be excited by the energy from the plasma, leading to the emission of light at characteristic wavelengths when they return to a lower energy state. This process is crucial for generating the specific spectral lines used in various analytical applications, such as atomic absorption spectroscopy.
Electrons are ejected from atoms in cells when organisms are exposed to ionizing radiation or high-energy particles. This can lead to damage to biological molecules, disruption of cellular processes, and potential mutations in DNA, which can contribute to various health consequences including cancer.
LMFAO sang it
Because he likes going wiggle wiggle wiggle wiggle wiggle.
Wiggle wiggle wiggle yeah
The Mrs. Piggle-Wiggle Series By: Betty MacDonald is: Mrs. Piggle-Wiggle Mrs. Piggle-Wiggle's Magic Mrs. Piggle-Wiggle's Farm Hello, Mrs. Piggle-Wiggle Happy Birthday, Mrs. Piggle-Wiggle
Wiggle, Jesus, Wiggle! by Noodle Muffin, off the CD Karmic Bitchslap (2012)
Giggle wiggle to you
Wiggle is a verb. The bunny will probably wiggle his nose again.
Wiggle It was created in 2007.
He is ejected and may be fined or suspended, but the game he is ejected from he can not return to that game
For metals, as the temperature rises, the atoms wiggle around more, and are more likely to be hit by an electron that is moving through the metal. The more electrons that hit the atoms, the greater the resistance. Think of the wiggling atoms as interfering with the smooth flow of electrons.
If the ref says "You're ejected" then you are - they get to say.