Examples of radiation

Example from the Hansard archive. Contains Parliamentary information licensed under the Open Parliament Licence v3.0
A brief overview of the status of radiation oncology in developing countries will be presented in order to locate the study.
Diversity may have been influenced by radiation subsequent to colonization, or by secondary radiations in contemporary host taxa.
We also routinely check samples before and after longer exposures even for samples that pass initial screening of radiation sensitivity.
The diffraction limit for a single image may decrease, although higher resolution datasets can still be collected due to the decreased radiation damage rate.
Secondary radiation processes due to particle acceleration upon reflection will also be considered.
The purpose of this paper is to study the original direction of the radiation excited by electron cyclotron maser instability or the beam-plasma instability.
Figure 2 shows the population of the excited levels calculated without the radiation trapping.
The influence on the measured radiation of the angle formed by the jet axis with the line of sight is clear.
The maximum position of the bremsstrahlung radiation cross-section gets closer to the target ion with increasing nonideal-plasma parameter.
Daily productivity is actually low due to low radiation levels and a cool growing season.
The increase of voltage resulted in a sharp increase of the radiation power.
Figure 2 shows the temperature and density at t 1⁄4 200 ps with and without radiation transport.
Figure 6 shows the temporal behavior of the radiation temperature and the laser pulse shape.
The radiation of this source is narrowband, but not monochromatic.
Spatialisation models should take into account a couple of important physical attributes of a sounding object, namely its size and its radiation properties.
We also conducted some studies on the effect of radiation for this set of experiments.
1⁄4 4 1028 s, which is an order above the radiation loss time.
The entrapment of radiation will make a photon be emitted and resonance-reabsorbed many times inside the laser material.
In this process, the energy absorbed by the electrons during the interaction with the laser pulse is converted into both radiation and ion kinetic energy.
Time-dependent characterization of the output radiation in a far-field zone was obtained for both free-running and injection-controlled operation with an unstable resonator 1 cavity.
Nonlinear confining and deconfining forces associated with interaction of laser radiation with plasma.
Supersonic ionization wave driven by radiation transport in a short-pulse laser-produced plasma.
The first one is based on the solution of the radiation transfer equation and the second one is based on the escape factor formalism.
We observe that the value of the transverse emittance of the electron beam is a crucial parameter for the production of monochromatic radiation.
Based on these solutions, the spectrum of the reflected radiation field containing higher-harmonics will be calculated.
In the present description, it is not possible to divide into steps these "consecutive" effects, as in the usual treatments of the radiation back-reaction.
If controllable, it could have future usefulness as a high current, shor t pulse electron beam source for radiation generation.
The population of the ion ground states cannot be directly measured inside the stopping medium using projectile self radiation.
Above the lower critical radiation, the plasma generates additional heat flux, and the surface temperature is increased.
Nonlinear confining and deconfining forces associated with the interaction of laser radiation with plasma.
The excited atom interacts with the vacuum fluctuations which cause the spontaneous emission of radiation.
Characteristics of ion emission from plasma produced by high-energy short-wavelength (438 nm) laser radiation.
Furthermore, we make the hypothesis that the radiation source is optically thin.
The results of a numerical study of the spatial growth rate and radiation frequency are presented.
The transition radiation parameter s are calculated assuming a given current for the bunch.
There was a 68% complication rate and 37% implant failure rate in 19 patients having expander/implant and radiation.
Effects of solar radiation and feeding time on behavior, immune response and production of lactating ewes under high ambient temperature.
The weather variables of maximum and minimum temperature, rainfall and solar radiation were archived for every crop year.
Few shading experiments have provided the absolute measures of both incident radiation and crop structure necessary to develop a predictive approach.
Ultrasonography offers excellent spatial resolution, portability, and lack of ionizing radiation and the need for transport.
In the cases where the order of dispersion is quadratic there are no higher order radiations from the soliton.
Although light does not penetrate the human body, other electromagnetic radiations do.
The only observable quantities are frequencies, polarisations and intensities of radiations corresponding to differences of energy levels between stable states.
The wavelength of radiations is compressed ahead of the train and expanded behind it.
The contour graph also gives a clearer picture of the radiations, which are crucial to this exercise.
Electromagnetic radiations are emitted from the sprite and show a low-power wave number spectrum, suggesting that the sprite exhibits a fractal nature.
Even in freshwaters, where habitats are fragmented and hosts less vagile, extensive radiations are not seen in schistosomes.
We, therefore, are mainly interested in the properties of the space of distributions of electromagnetic radiations itself.
From this source, a series of distinct radiations had emanated, each representing a new line of human evolution destined ultimately to displace the others.
The need for valid consent is paramount in radiotherapy where ionising radiations, capable of inducing secondary malignancies later in life, are used.
The above research has indicated the presence of radiations emanating from soliton waves.
First we should discuss the atmosphere, and how it intercepts and modifies the various radiations.
Secondary radiations into the many subspecies occurred during the last 200 000 years.
Nevertheless, also radiations in other spatial directions occur.
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