Sentence examples for target combination from inspiring English sources
For the upcoming EJSM mission with an expected launch date of 2020, the transport suite is used to compute the depth dose profile for the traditional aluminum silicon as a standard shield target combination, as well as simulating the shielding response of a high charge number (Z) material such as tantalum (Ta).
Using this scheme, the transition weight between two combinations considers the score of the target combination and the differences between the candidate intensities.
Clearly, the rational design of multi-target compounds is far from being an easy task, dealing with the crucial issues of selecting the right target combination, achieving a balanced activity towards them, and excluding activity at the undesired target(s), while at the same time retaining drug-like properties.
In the multi-source TrAdaBoost algorithm (called MsTrAdaBoost), each iteration step first finds a weak classifier for each source and target combination, and then the final weak classifier is selected for that iteration by finding the one that minimizes the target classification error.
The minimized Boolean expression is a union of target combination scenarios leading to the same (maximal) response.
Next, if the new sequence matches the target combination (D = 0), then the target is marked as completed and the evolution cycle is terminated.
This behavior is pronounced for low reactivity gas/metal target combinations such as Al/O2 and Ti/N2.
The target combinations chosen provide scope in relation to control of the CaP surface properties than those previously available.
Target combinations were chosen from hydroxyapatite (HA), α tri-calcium phosphate (TCP) and di-calcium phosphate (DCP), with average target stoichiometries of between 1.0 and 1.67 before sputtering.
It is suggested that for such gas/metal target combinations the direct ion implantation of the reactive gas will be the dominating poisoning mechanism at low total pressure.
Therefore, it is an urgent need to identify potential new targets and even for target combinations for effective malaria drug design.
