Plans are afoot to develop In-Situ Resource Utilization (ISRU) technologies for creating fuel and structures and providing life support, as well as using the low-electromagnetic-noise environment to make previously unfeasible astronomical observations.
In the present study, an attempt has been made to develop in-situ iron silicide dispersed surface on mild steel substrate by laser surface alloying with silicon using a high-power continuous wave CO2 laser.
Second, although there are efforts to develop in-situ genomic sensors [ 27], field collection remains a relatively incompressible cost of ecogenomics (i.e., satellites cannot remotely sense DNA sequences, and physical collections require trained field scientists).
In this work, we report on a recently developed in-situ measuring principle that allows the determination of mechanical stresses that originate from a metal hydride formation.
The possible practical implications of the current mapping technique used in this study for developing in-situ CP monitoring sensors has also been discussed.
