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The APPS study work focusses on the critical technologies required to provide both servicing and support functions to a seismometer payload located on the lunar surface. Although the baseline payload (and by extension the reference mission) has specific requirements, the technology focus of the study allows the outputs to be of broader application to exploration missions to the moon and beyond.

This document describes the activities and the findings performed in the frame of the ODET-μ (Optical DETection in Microfluidics) project by Kayser Italia, a SME enterprise.
In this project, technologies for the integration of optical components were reviewed to define the “state of the art” in the field of integrated optics for detection on Lab On a Chip devices (LoCs).
LoCs are microfluidics based systems aiming at the miniaturization onto a single substrate (chip) of several functionalities that typically would require an entire biological laboratory.

This study addresses the problem of generating analytic approximations for spacecraft orbits in highly inhomogeneous gravitational fields. The project aims to develop an analytical tool that can be implemented algorithmically in standard symbolic software tools, such as Mathematica, or specialised algebraic tools, such as Piranha. The aim is to develop a general perturbative theory implementable in technical software that can rapidly generate orbits in highly inhomogeneous gravitational fields, for example, frozen orbits around asteroids for mission analysis.

The study combined hydrologic models with multi-spectral remote sensing informationto assess the consistency of the water allocation with the actual irrigated area and crop water requirements (CWR) by refining algorithms for Irrigation Performance Indicators (IPI's). It evaluated thefrequency and continuity of monitoring CWR using medium / high spatial resolution satellite data.