As low approach conditions are the key to exploiting the cooling potential of the ambient air, thermal performance at such conditions needs to be investigated.
In order to model the experiments, different parameters (dimensional, material properties, boundaries conditions) have to be investigated, determined, and implemented in the simulation.
Usually substrate-limited conditions have to be investigated to prevent a wash-out of one organism, beside that a general problem of these studies is that no individualized study of both organisms is possible.
Such results may encourage producers to change their product formulation, and consumers to choose the least harmful product; however, the hazard they pose under realistic conditions needs to be investigated.
The suitability of a ternary composition 58 wt% polylactide (PLA) - 25 wt% poly (methyl methacrylate) (PMMA) - 17 wt% Impact modifier (Biomax®Strong - BS) for use in technical parts subjected to severe loading conditions continues to be investigated.
To find the optimum, more pretreatment conditions need to be investigated for the whole process.
Whether effects of earthworms and AMF, however, will also be similar under field conditions remains to be investigated.
Whether this indicates the existence of subsets of CPCs that intrinsically differ with respect to apoptotic responsiveness or that CPCs can adapt to culture conditions remains to be investigated.
It is possible that other mechanism(s) contribute to increased Akt activation in p110β-deficient cells, including decreased actions of Akt-specific phosphatases (31, 32), but whether activation of these phosphatases is reduced under these conditions remains to be investigated.
Furthermore in reality when solar irradiation reduces, the temperature drops accompany so different levels of solar irradiation under shading condition needs to be investigated with varying temperature but it is not provided in above studies.
