It depends on the kinetic energy the neutron has.
its found in a atom
nutron
Nutron
The penetration power of infrared radiation depends on the specific wavelength being used. In general, near-infrared radiation has low penetration and is mostly absorbed in the skin, while mid-infrared radiation can penetrate deeper into tissues. Far-infrared radiation has the deepest penetration and can reach muscles and joints.
gamma particles have high penetration power they can easily penetrate several feet of steel walls.
it has 41 neutrons and 26 protons
Nutron, Electron or Proton
There is no such thing as a negative neutron. Neutrons are neutral particles found within the nucleus of an atom, carrying no charge.
There are three main forms of ionizing radiation: alpha particles, beta particles, and gamma rays. Alpha particles consist of two protons and two neutrons and have low penetration power. Beta particles are high-energy electrons or positrons with higher penetration power. Gamma rays are electromagnetic radiation with the highest penetration power.
In gsm tilt is a adjustment to control the extent and penetration power of antenna.
Beta and alpha are two different things. Beta has negative charges, Alpha has positive. Now the thing is that their ionizing powers also differ. Alpha has extremely HIGH ionizing power whereas Beta has comparatively less (gamma has no ionizing power). Basically alpha ionizes the particles around it very fast and there fore it cannot proceed further into the material, whereas Beta has less ionizing power and can therefore travel farther into the material as the particles around it don't get ionized as fast as alpha. (this is the same reason why gamma has such high penetration power, because it doesn't ionize substances at all). Basically alpha has least penetration power as the ionizing power is most, Beta has medium ionizing and penetration power (compared to alpha and gamma) Gamma has most penetration power as it's ionizing power is least. Hope that answers the question.
Gamma rays are electromagnetic radiation. Gamma rays have very high penetration power. But they have low kinetic power and ionizing power.