Sentences with phrase «radiation levels within»

Depending on what channel you dial into, you could see through the walls of the home to view its wiring or plumbing (this is called architectural anatomy); look under the house to see if it was built over an underground lake, a native burial ground or large mineral deposit; view property lines, rights of way, underground cables... you could even see a graphic representation of radiation levels within a 100 meter radius of the structure.

The robot is designed to measure radiation levels within processing pipes used for uranium enrichment.

Not exact matches

This amount of radiation is absolutely deadly to any one exposed for any length of time — You are dead within I hour with this level of exposure, This latest development has scuttled TEPCO's plans to decommission what's left of that exploded reactor because no one can be near enough to it to disassemble the wreckage.

Within the X-ray glow, Reeves and his colleagues discerned radiation emitted at energy levels associated with several specific elements, including magnesium, silicon, sulfur, argon, and calcium — a mix of ingredients similar to that cast out from a supernova explosion.

On the moon, they will have to move quickly — the radiation will hit within an hour of their learning of it, and doses could build up to an unacceptable level in three to four hours.

After the government evacuated more than 100,000 people living within 20 kilometres of the stricken power plant, it said they should be allowed to return to their homes when radiation dose levels fell below 20 millisieverts a year.

The core of the No. 1 reactor melted within 16 hours of the quake, but high radiation levels inside on March 11 hinted the shaking damaged key facilities.

Finally, the team looked at older data from animal surveys in the first decade after the accident — these conducted by helicopter, because the radiation levels were too high for researchers to work within the reserve.

The distributions of annual external doses estimated for each region overlap with each other, demonstrating that the personal external individual doses in locations where residence is currently allowed in Fukushima Prefecture and in Belarus are well within the range of estimated annual doses due to the background radiation level of other regions / countries.

A treated cat has to remain hospitalized until the radiation level has fallen to within acceptable limits.

A treated cat has to remain hospitalized until its radiation level has fallen to within acceptable limits.

The radiation destroys the defective thyroid tissue without damaging anything else, and most cats return to normal hormone levels within just two weeks of treatment.

The reduction in CO2 - cooling (of a layer between TOA and some other level) assumes the increased downward emission at the base of the layer from the non-CO2 absorber within the layer is greater than the decreased OLR at TOA, which is the absorption of radiation from below the layer minus the emission from the layer reaching TOA (refering to the «baseline effects» that would remain if the preexisting CO2 were removed).

So what I think I'm trying to say is that when a mole absorps radiation in the IR in translate to the first excited level and falls back to the ground state within a fraction of a second.

You are saying that higher co2 is simply absorbing more radiation, but the levels of co2 would have already easily absorbed all the lower sunlight inputs within those narrow bandwidths.

However, even though surface temperatures of land and ocean may experience feedback effects, there are few possible feedbacks posited for the level of the atmosphere where the net radiation to space takes place, and this means that the 1.2 degrees C heating effect must be absorbed within the boundaries of the atmosphere somewhere.

Likewise, the emission of CO2 within its absorption bands is just as effective as its interception, therefore this energy is partitioned throughout the atmosphere and radiated back to earth in its majority (because the escape of energy through the optically thick higher levels of the atmosphere reduces the flux, whereas the earth is still optically close by and a ready recipient of IR radiation.