“…Fabrication of thick isotopic self-supporting Pb targets has already been reported in the literature [9], [10]. Fabrication of thick 208 Pb sandwich targets (0.7–1.0 mg/cm 2 ) using resistive heating technique has been documented by D. Marx et al [11]. On the other hand, reports on the fabrication of thin 208 Pb targets are rather scarce.…”
“…Fabrication of thick isotopic self-supporting Pb targets has already been reported in the literature [9], [10]. Fabrication of thick 208 Pb sandwich targets (0.7–1.0 mg/cm 2 ) using resistive heating technique has been documented by D. Marx et al [11]. On the other hand, reports on the fabrication of thin 208 Pb targets are rather scarce.…”
“…In case of targets other than carbon a thin layer of carbon can be added to the target to improve the heat loss by radiation. The combination of both solutions—a target wheel [ 158 ] containing Pb foils covered on both sides with a thin layer of carbon (carbon emissivity ε C = 0.8)—was used for studies with high intensity heavy ion beams at GSI [ 159 ].…”
The paper reviews in a compact format the techniques most frequently used for target preparation, such as rolling, powder compacting, and vacuum deposition. The survey covers also the techniques used for target characterisation (thickness, purity) and problems related to the extension of target life-time and time of uninterrupted experiments with use of targets.
“…In the literature few methods were reported on the fabrication of Pb targets using other techniques. Marx et al [8] have successfully prepared lead targets of thicknesses 0.7-1.0 mg/cm 2 sandwiched between two carbon foils of thicknesses 0.02-0.03 mg/cm 2 , by the resistive heating method. Stodel et al [9] reported fabrication of a similar sandwiched Pb target using the evaporation method.…”
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