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hari krishna parigi
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Can ionising radiation (gamma rays) diffuse incandescent light bulb filled with inert gas ?
hari krishna parigi said:Can ionising radiation (gamma rays) diffuse incandescent light bulb filled with inert gas ?
again its a question related to energy transfer from radiation to the states of atoms in the filament -hari krishna parigi said:is it possible to damage light bulb'S tungsten filament by exposing to ionising radiation?
Sufficient flux will damage the filament and weaken the material, but I would not expect relevant damage unless you put it in a nuclear reactor or in an LHC experiment.hari krishna parigi said:is it possible to damage light bulb'S tungsten filament by exposing to ionising radiation?
Sure, that's why it is called ionizing radiation. The gases will quickly capture electrons again, from the environment or from a surface, without a chemical reaction. There are just a few noble gas compounds, and they all require cold temperatures to be stable.hari krishna parigi said:can ionizing radiation ionize argon, krypton & xenon gases ?
I don't see how.hari krishna parigi said:can ionizing radiation turn off a small flash light bulb if placed near a ionizing radiation source ?
hari krishna parigi said:the task is to damage (filament) or turn off a small incandescent light bulb in flash light (2.4 v flash light bulb) without touching the flashlight.
dont say to try EMP devices please. i already tried it using massive 20KV EMP device, :-)
hari krishna parigi said:dear zapper,
how do you dope tungsten filament of light bulb ?
hari krishna parigi said:light bulb is filled with argon and nitrogen mixture.
tungsten reacts with normal gases at higher temperatures. but why it is not reacting with nitrogen to form tungsten nitride ?
at higher temperature 2500 degrees centigrade when we expose the gases inside the bulb to ionizing radiation, will nitrogen react with hot tungsten thus leading to form uneven cross section in the filament which creates a point generating much heat sufficient to tungsten melting ?
Explosives nearby are technically not touching it as well... but to turn it off, simply disconnect the power cord.hari krishna parigi said:the task is to damage (filament) or turn off a small incandescent light bulb in flash light (2.4 v flash light bulb) without touching the flashlight.
Where did you get this task? Is this for schoolwork?hari krishna parigi said:the task is to damage (filament) or turn off a small incandescent light bulb in flash light (2.4 v flash light bulb) without touching the flashlight.
You have been told repeatedly that text speak like "u" is not allowed here. Please do not do it again.hari krishna parigi said:may be u think I am a fool if i say. actually i will get 100 million indian rupees if i do that.
Ionising radiation is a type of energy that has enough power to remove electrons from atoms or molecules, creating ions. This can lead to chemical changes in materials, and potential harm to living organisms.
Light bulbs emit electromagnetic radiation, including visible light and ultraviolet (UV) rays. Some types of light bulbs, such as fluorescent and LED bulbs, also emit low levels of ionising radiation as a byproduct of their operation.
Yes, light bulbs emit very low levels of ionising radiation, which are considered safe for human exposure. The levels of radiation emitted by light bulbs are regulated and monitored by government agencies to ensure they do not pose a health risk.
The potential health effects of exposure to ionising radiation from light bulbs are minimal. However, prolonged exposure to high levels of UV radiation from certain light bulbs, such as tanning beds, can increase the risk of skin cancer.
To protect yourself from potential harm from ionising radiation in light bulbs, you can limit your exposure by using lower wattage bulbs, avoiding prolonged exposure to UV light from tanning beds, and following safety guidelines provided by manufacturers for handling and disposing of broken bulbs.