Search

6 results found
Mini Fluorescence Microscope (MFM)

Along 20 years of life sciences research in space, several full size microscopes were developed (phase contrast, fluorescence analysis, and recently the Advanced Light Microscope from NASA) to be used on board the ISS. However, such bulky systems appeared to prevent a versatile use and limit the potential of experiments that can be performed today on ground. In particular, none of them can be accommodated on an on board centrifuge to perform experiments in microgravity and at various G level. And for most of them, the samples are fixed on a glass slide and allow only static analyses.

Finland

T314-502MM

ABOA SPACE RESEARCH OY...
Virtual workplace for AIT PA training and operations support
Currently space missions are assembled, tested and verified following manual procedures: for the most part their production, assembly, integration and verification activities are lagging behind the latest ?Industry 4.0? smart factory approaches. Assembly, integration and verification from equipment up to platform and satellite level is a huge set of tasks and the nature of the involved engineering disciplines are very diverse. Activities are performed in parallel at several locations executed by different teams of experts and using a variety of tools.
Finland

T708-605MX

VTT TECHNICAL RESEARCH...
MiCoFCI study - Strategy and Recommendations for microbiological cleanliness of future cargo integration

The aim of the project “Strategy and Recommendations for microbiological cleanliness of future cargo integration” was to review current measures implemented to ensure the microbiological cleanliness of cargos and recommendations how to enhance the microbiological cleanliness. The lessons learned from the ATV campaigns and the current cargo processes were summarized based on interviews with representatives of all the steps of the cargo process.

Finland

13-040

VTT Technical Research...
Development of graphene based THz and X-ray radiation detectors - parallel 1

In the first demonstrations, the detection of photons with graphene was based on the pn-junction generated by the graphene-metal contact. There the active detector area is a narrow line with length determined by the contact edge and as the absorption of photons incident to a single layer of graphene is 2.3 % at highest, the detector efficiency is rather modest. However, the detector has very high speed, demonstrated up to 40 GHz and predicted to reach over 500 GHz, possibly limited only by the contact resistance.

Finland

13-045-a

VTT Technical Research...
Treaty Enforcement Services using Earth Observation: Carbon
Finland

2001-40

VTT Technical Research...
Risk Mgt - DECIDE Case No. 2: Fire Risk management in Finland
Finland

1999-17

VTT Technical Research...

Filter by programme:

Filter by start year:

Filter by end year:

Filter by keywords:

Filter by contractor:

Filter by country:

Filter by application domain:

Filter by competence domain:

Filter by technology domain:

Filter by status: