In the present study, we continue a three-dimensional simulation of nonlinear AGWs from the Earth's surface sources into the thermosphere using the algorithm by Gavrilov and Kshevetskii (2013b).
In future research, we would like to extend this method to take the finite size of the light source into account using iterative methods such as described in for example [18, 19].
To identify additional published, unpublished and ongoing studies, we entered relevant studies identified from the above sources into PubMed and then used the Related Articles function.
The method consists in precise delivery of radiation from 192 collimator sources into intracranial pathological lesions using stereotactic techniques.
To identify additional studies, we entered relevant studies selected from the above sources into PubMed and then used the related articles feature and checked the reference lists of all relevant manuscripts.
Technically, this can be done by either introducing multiple edges in the network, one for each type of data, between each pair of genes, or by combining all data sources into a single network using statistical methods such as the one in (Guan et al., 2008).
Except for small doses, machine radiation is much cheaper to use than radioactive isotopes, like cobalt 60, which constituted the major source of radiation before machines came into use.
The methodology is based on the reformulation of the plant initially represented with discontinuity sources into a smooth model, by using continuous approximations of the Heaviside function.
The aim of this paper is to demonstrate that higher efficiencies in the conversion of biomass sources into electricity can be obtained using systems based on the supercritical closed CO2 Brayton cycles (s-CO2).
Genomatica converts sugar from corn wet mills, sugar cane and sugar beet — among other sources — into butanediol (BDO), a chemical used to make everything from the plastics in consumer electronics and cars, to the spandex and foam found in athletic shoes and apparel.
