radiation rate

This is an inexpensive method for civil defense persons to measure radiation rates.

A further limitation is the inability to measure high radiation rates due to the "dead time" of the tube.

Meanwhile, plains and foothills are characterized by high solar radiation rates.

By this stage the outer regions of the atmosphere would essentially be controlling the radiation rate, as follows.

This effect could transport radiation more efficiently than a homogeneous atmosphere, increasing the allowed total radiation rate.

As the ion chamber works in current mode, not pulse mode, this is synthesised from the radiation rate.

As the log played out, the interrogator counted the rising radiation rate within the pod, well over the acceptable tolerance levels for the symbiont.

However there are limitations in measuring high radiation rates and in measuring the energy of incident radiation.

And the Blowhole geometry, and then the surface-material properties, and radiation rates, and ambient temperatures."

The purpose of this is to allow the user to concentrate on manipulation of the instrument whilst retaining auditory feedback on the radiation rate.

Whilst some counters have circuitry which can compensate for this, for accurate measurements ion chamber instruments are preferred for high radiation rates.

These EHPs can then recombine radiatively so that the LED emits light at a rate higher than the thermal radiation rate ("superthermal" emission).

Though as an α-emitter, Cm requires a much thinner radiation protection shielding, it has a high spontaneous fission rate, and thus the neutron and gamma radiation rate are relatively strong.

Whilst it is a robust and inexpensive detector, it is unable to measure high radiation rates efficiently, has a finite life in high radiation areas and is unable to measure incident radiation energy, so no spectral information can be generated and there is no discrimination between radiation types.