Sentence examples for much less radiation from inspiring English sources

For dental checkups, find a dentist who uses digital X-rays, which deliver much less radiation.

Although much less radiation escaped, it did leak into the water, and traces have been found in the food supply.

He pointed out that because the station is situated within a sort of magnetic cocoon that surrounds Earth called the magnetosphere, astronauts receive much less radiation of various kinds than they would, say, on a trip to Mars.

But there is a more practical approach involving much less radiation: a scan of the spine called a lateral DEXA, an acronym for dual energy X-ray absorptiometry, as part of a routine bone density exam.

Flints required for achromatic objectives have much less radiation hardness about 5 × 1014 n/cm2.

In the fs ablation regime, much less radiation energy is transferred to the cavitation bubble (15% compared to 80% in the nanosecond pulse regime [70]).

While Jupiter has a small obliquity of about 3°, and its poles receive much less solar radiation than its equator, the tropospheric temperatures do not change appreciably from the equator to poles.

The poor pay has forced growing numbers of men to quit and take up jobs decontaminating the area around the plant, for which they can earn similar momey but with much less exposure to radiation.

And for the more common forms of breast cancer, researchers have proved that the once-universal treatment, radical mastectomy, is in most cases no more effective (and sometimes less effective) than a lumpectomy, an operation that is much less involved, followed by radiation therapy and often chemotherapy.

Many say the government's evacuation plans are wildly impractical and could not even protect people who live close to the plant in the event of a major release of radiation, much less the 20 million people who live within a 50-mile radius.

Many dielectric materials exhibit large penetration depths in this frequency range [ 16, 17], and THz radiation suffers much less from scattering due to the larger wavelengths compared to, e.g., infrared radiation.