THE SLOW ROTATING CENTRIFUGE MICROSCOPE NIZEMI - A VERSATILE INSTRUMENT FOR TERRESTRIAL HYPERGRAVITY AND SPACE MICROGRAVITY RESEARCH IN BIOLOGY AND MATERIALS SCIENCE
Uld. Friedrich et al., THE SLOW ROTATING CENTRIFUGE MICROSCOPE NIZEMI - A VERSATILE INSTRUMENT FOR TERRESTRIAL HYPERGRAVITY AND SPACE MICROGRAVITY RESEARCH IN BIOLOGY AND MATERIALS SCIENCE, Journal of biotechnology, 47(2-3), 1996, pp. 225-238
NIZEMI (slow rotating centrifuge microscope) is a tool for optical inv
estigations of small biological and non-biological specimens during va
riable accelerations. Two laboratory models for ground research design
ed for accelerations from 1 to 5 x g and 10 x g respectively are used
for terrestrial research, especially in gravitational biology. A space
facility was developed and built for the Spacelab mission IML-2 durin
g which eight experiments were performed successfully. The specificati
ons and topic design features of the NIZEMI models are presented in th
is paper.