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Radiation in sentence

444 examples of Radiation in a sentence

Or even when ecological crisis already happens, like a catastrophe in Fukushima, often we have people living in the same environment with the same amount of information, and half of them will be anxious about radiation and half of them will ignore it.
We fret too much about minor hazards — improbable air crashes, carcinogens in food, low radiation doses, and so forth — but we and our political masters are in denial about catastrophic scenarios.
When humid air, high humidity and radiation are combined with these organic compounds, which I call exogenous vitamin C, generous vitamin C in the form of gas, the plants release antioxidants which react with pollutants.
It's a collection of floors, one on top of each other, with a core in the center with elevators, stairs, pipes, wires, everything, and then a glass skin on the outside that, due to direct sun radiation, creates a huge greenhouse effect inside.
When you have an open atrium inside, you are able to see what others are doing from within the building, and you have a better way to control light, and when you place the mass and the walls in the perimeter, then you are preventing direct sun radiation.
She went through surgery and radiation, and was on her third round of chemotherapy when she lost her address book.
This device can scan more patients on a daily basis, and yet consumes less energy, which is great for hospitals, but it's also great for patients because it reduces the cost of treatment by 30 percent and radiation dosage by up to 60 percent.
Well, here we have a little problem, the radiation doses at the crew station: 700 rads per shot.
This is light waves, electromagnetic radiation that bounces off objects and it hits specialized receptors in the back of our eyes.
Because when you go higher, the atmosphere is getting thinner, it's getting more unstable, the temperature is getting cooler, and you have a lot more U.V. radiation.
In this region, the U.V. radiation is really nasty.
Here's an example of it: there's an organism called Deinococcus radiodurans that can take three millions rads of radiation.
There will be two international groups that are going to be building giant telescopes, sensitive to optical radiation, as our eyes are.
There will be radio telescopes, sensitive to long-wavelength radio radiation.
An echo of such a collision may appear in the cosmic microwave background —a soup of radiation throughout our universe, that’s a relic from an early Big Bang era.
We don't need radiation.
If the tumor is fast-growing or invading nearby tissue, your doctor might recommend radiation or surgery followed by radiation.
If the cancer has spread, or if it's inherently everywhere like a leukemia, your doctor will most likely recommend chemotherapy or a combination of radiation and chemo.
But neither radiation nor chemotherapeutic drugs target only cancer cells.
Radiation hits whatever you point it at, and your blood stream carries chemo-therapeutics all over your body.
But just a second later, most matter and all of the antimatter had destroyed one another, producing an enormous amount of radiation that can still be observed today.
Experiments at CERN are trying to find out the reason why something exists and why we don't live in a universe filled with radiation only?
Sometimes the sun does shoot flares at Earth, but the magnetic fields surrounding our planet blocks most of that radiation.
The radiation that does get through creates things like the Aurora Borealis.
We know from ice core research that the transition from these cold conditions to warm conditions wasn't smooth, as you might predict from the slow increase in solar radiation.
One of the big detectors which record these collisions, they didn't think there was technology that could withstand the radiation that would be created in the LHC, so there was basically a lump of lead in the middle of this object with some detectors around the outside, but subsequently we have developed technology.
Light is electromagnetic radiation that acts like both a wave and a particle.
Ultraviolet radiation can also contribute to this pigment breakdown, though it can be mitigated by the use of sunblock.
The light that our eyes can see, including all of the colors of the rainbow, is just a small part of the larger spectrum of electromagnetic radiation, which includes radio waves, microwaves, infrared, ultraviolet, x-rays, and gamma rays.
It may seem strange to think of these things as light, but there is no fundamental difference between visible light and other electromagnetic radiation.
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