Much effort is invested in trellising and training grapevines to maximize radiation interception by the canopy and to manage the radiation environment of the fruit clusters.
This distinction between tumor and normal tissue can help in the design of radiation treatment of cancer by enabling visualization of regional tumor margins and spread, to help localize and maximize radiation doses to malignancies while minimizing exposure of normal tissue.
For HDR BT, once catheter identification has been completed, an optimization algorithm is used to determine the optimal dwell times of the radioactive source within each catheter with the goal of maximizing the radiation dose to the target(s) while minimizing the dose to normal tissues (Fig. 6).
Such a response could offer a means to protect normal tissue while maximizing the radiation effects on tumor tissue.
The computer then optimizes the best treatment to maximize the radiation dose delivered to the tumor while minimizing the radiation dose delivered to the surrounding normal tissues [ 7– 9].
To maximize the radiation energy density and performance efficiency, a novel micro modular combustor-radiator, capable of recirculating the exhaust gas to reheat the outer wall of the combustor and preheat the incoming cold reactant, has been designed and tested.
Later, American weapon designers analyzed the photographs and concluded that Israel's nuclear arsenal was much larger than previously thought (perhaps between 100 and 200 weapons) and that Israel was capable of building a neutron bomb, a low-yield thermonuclear device that reduces blast and maximizes the radiation effect.
Because radiation force generated by an acoustic wave in a lossy propagation medium is approximately proportional to the acoustic power absorption, these rules can be used to maximize acoustic radiation force generated in tissue as well.
Currently, IMRT is widely used because it can maximize the radiation dose to the target and minimize exposure to surrounding critical structures [ 19], simultaneously increasing the locoregional control rate and decreasing serious adverse effects [ 20].
In reality, placing the panel rows so close to each other has benefits as it maximizes solar radiation interception, but also drawbacks in terms of high capital and operational costs.
