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The cells were irradiated by simulated AM1.5 irradiation (Oriel, 91192).
Logarithmically growing cells were irradiated by using a 60Co source at a dose rate of 31 Gy min−1.
The films were irradiated by post-growth low energy (1.5 4 keV) Ar+ ion beam.
The samples (58 nm Au on Si) were irradiated by 1 MeV Xe ions.
The surfaces (100) of GaAs were irradiated by the noble gases Ne+ and Kr+ ions.
Polyethylene (PE) surfaces were irradiated by the simultaneous use of O2 cluster and monomer ion beams.
In our imaging system, fluorescently labeled cells suspended in a HARV-type RWV were irradiated by a laser-beam.
Polycarbonate films (thickness 18, 25 and 38 μm) were irradiated by a beam of 100 MeV Ni7+ ion.
The PET thin films were irradiated by 50 MeV lithium ions as a function of ion fluence.
Polydimethylsiloxane rubber foams were irradiated by gamma ray under different radiation conditions designed by orthogonal design method.
Samples were irradiated by IPIB with different current density ranging from 250 A/cm2 to 800 A/cm2.
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