1998东华大学学报:英文版Requires access

Plasma Immersion Ion Implantation of the Pea Seed and Its RBS Spectra

何国兴, 吴美萍, 朱福英, 曹德新, 陈英方

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Abstract

Plasma immersion ion implantation (PI~3), a new technique with certain advantages over biological samples, was developed. Argonion as well as nitrogen ion implantation of the pea seeds has been carried out with the PI~3 implanter and their RBS spectra were also studied. The results show that the mass deposition effect of ion implantation on biological samples can be achieved with the PI~3 implanter. In addition, there is an optimal implantation time for a given treatment condition. It presents new possibilities for the ion implantation into biological samples.

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What this paper is about

Plasma immersion ion implantation (PI~3), a new technique with certain advantages over biological samples, was developed. Argonion as well as nitrogen ion implantation of the pea seeds has been carried out with the PI~3 implanter and their RBS spectra were also studied. The results show that the mass deposition effect of ion implantation on biological samples can be achieved with the PI~3 implanter. In addition, there is an optimal implantation time for a given treatment condition. It presents new possibilities for the ion implantation into biological samples.

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Available abstract

Plasma immersion ion implantation (PI~3), a new technique with certain advantages over biological samples, was developed. Argonion as well as nitrogen ion implantation of the pea seeds has been carried out with the PI~3 implanter and their RBS spectra were also studied. The results show that the mass deposition effect of ion implantation on biological samples can be achieved with the PI~3 implanter. In addition, there is an optimal implantation time for a given treatment condition. It presents new possibilities for the ion implantation into biological samples.

Key concepts: Plasma-immersion ion implantation, Ion implantation, Ion, Nitrogen, Analytical Chemistry (journal), Materials science, Spectral line, Chemistry

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