E. Re

Instrumented Moles for Planetary Subsurface Regolith Studies (2006)

Richter, L.O., Coste, P.A., Grzesik, A., Knollenberg, J., Magnani, P., Nadalini, R., ...

Soil-like materials, or regolith, on solar system objects provide a record of physical and/or chemical weathering processes on the object in question and as such possess significant scientific...

Instrumented Moles for Planetary Subsurface Regolith Studies (2005)

Richter, L., Coste, P., Grzesik, A., Magnani, P., Nadalini, R., Neuhaus, D., ...

Effects of popping and extrusion processes on some hydration properties of amaranth (2002)

González,R.J., Torres,R L., De Greef,D.M., Tosi,E., Re,E.

The effects of popping and extrusion processes on some of the hydration properties of Amarantus cruentus, which had already been degermed and dehulled, are discussed. Response surface methodology was...

Development of small sampling systems for the investigation of planetary surfaces (2000)

Kochan, H., Hamacher, H., Richter, L., Hirschmann, L., Assanelli, S., Nadalini, R., ...

Development of small Sampling Systems for the Investigation of Planetary Surfaces (1998)

Kochan, H., Re, E., Nista, A., Brighenti, A., Coste, P., Ylikorpi, T., ...

Development of Small Sampling Systems for the Investigation of Planetary Surfaces (1998)

Kochan, H., Re, E., Nista, A., Brighenti, A., Coste, P., Ylikorpi, T., ...

Development of a small "Mobile Penetrometer" for Space Mission Applications to Mars, Moon and Comets (1997)

Kochan, H., Gromov, V.V., Matrossov, S., Mitskevitch, A.V., Yudkin, E.N., Coste, P., ...

Development of a small sampling system for Space Mission Applications to Mars, Moon, and Comets (1997)

Kochan, H., Re, E., Hazan, D., Nista, A., Brighenti, A., Coste, P., ...

The Mobile Penetrometer, a "Mole" for Sub-surface Soil Investigation (1997)

Gromov, V.V., Misckevich, A.V., Vidkin, E.N., Kochan, H., Coste, P., Re, E.

Small Sample Acquisition/Distribution Tool (1997)

Re, E., Brighenti, A., Kochan, H., Ylikorpi, T., Nista, A., Coste, P.

The New Planetary Simulation Facility of DLR - and its first full Operational Performance during A Breadboard - Test of a Small Sample Acquisition and Distribution Tool (SSA/DT)" for Space Mission Applications to Mars, Moon, and Comets. (1997)

Kochan, H., Feibig, W., Möhlmann, D., Willnecker, R., Gerasimov, M.V., Speth, B., ...

The test experiment with the prototype of LKr calorimeter at the tagged photon beam (1996)

Aulchenko, V M, Bondar, A E, Cantoni, P, Ganzhur, S F, Kezerashvili, G Ya, Klimenko, S G, ...

Between the Space Missions Giotto and Rosetta Development of Sampling Tools for Cometary Material (1996)

Kochan, H., Fenzi, M., Re, E., Coste, P., Gromov, V.V., Matrossov, S., ...

Abstr.-Vol. Part 2, 675-676.

Between the Space Missions Giotto and Rosetta Development of Sampling Tools for Cometary Material (1996)

Kochan, H., Fenzi, M., Re, E., Coste, P., Gromov, V.V., ...

Vol. Part 2, 675-676.

Development of Sampling Tools for Cometary-, LUnar-, and Martian Material (1996)

Kochan, H., Kretschmer, M., Fenzi, M., Re, E., Hazan, D., Nista, A., ...

Development of Sampling Tools for Cometary Material (1996)

Kochan, H., Zuzic, M., Fenzi, M., Re, E., Coste, P., Gromov, V.V., ...

Comparative stability and catalytic and chemical properties of the sulfate-activating enzymes from Penicillium chrysogenum (mesophile) and Penicillium duponti (thermophile).

Renosto, F, Schultz, T, Re, E, Mazer, J, Chandler, C J, Barron, A, ...

ATP sulfurylases from Penicillium chrysogenum (a mesophile) and from Penicillium duponti (a thermophile) had a native molecular weight of about 440,000 and a subunit molecular weight of about 69,000....

Comparative stability and catalytic and chemical properties of the sulfate-activating enzymes from Penicillium chrysogenum (mesophile) and Penicillium duponti (thermophile).

Renosto, F, Schultz, T, Re, E, Mazer, J, Chandler, C J, Barron, A, ...

ATP sulfurylases from Penicillium chrysogenum (a mesophile) and from Penicillium duponti (a thermophile) had a native molecular weight of about 440,000 and a subunit molecular weight of about 69,000....