Carbon stripper foils with isotropic structure for optimum strength against irradiation damage
Zeitschrift:
Nuclear Instruments and Methods in Physics Research Section B
Jahrgang:
53
Heftnummer:
3
Jahr:
1991
Seiten von - bis:
352-354
Sprache:
Englisch
Abstract:
Investigations about the irradiation damage in carbon foils [1] led to the prediction that carbon stripper foils with a structure of randomly oriented crystallites should adduce an optimum strength against damages caused by swift heavy ions. As a result of these investigations new stripper foils were developed, which are prepared by laser plasma ablation-deposition in high vacuum. Such foils are provided with the preferred crystalline structure and show the predicted improvement in tests using an 127I-beam at the Munich tandem accelerator. «
Investigations about the irradiation damage in carbon foils [1] led to the prediction that carbon stripper foils with a structure of randomly oriented crystallites should adduce an optimum strength against damages caused by swift heavy ions. As a result of these investigations new stripper foils were developed, which are prepared by laser plasma ablation-deposition in high vacuum. Such foils are provided with the preferred crystalline structure and show the predicted improvement in tests using a... »