2006Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and AtomsRequires access

Theoretic Simulation for CMOS Device on Total Dose Radiation Response

Baoping He, He-Qin Zhou, Hongxia Guo, Chaohui He, Zhou Hui, Luo Yin-Hong, Fengqi Zhang

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Abstract

Total dose effect is simulated for C4007B,CC4007RH and CC4011 devices at different absorbed dose rate by using linear system theory.When irradiation response and dose are linear,total dose radiation and post-irradiation annealing at room temperature are determined for one random by choosing absorbed dose rate,and total dose effect at other absorbed dose rate can be predicted by using linear system theory.The simulating results agree with the experimental results at different absorbed dose rate.

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What this paper is about

Total dose effect is simulated for C4007B,CC4007RH and CC4011 devices at different absorbed dose rate by using linear system theory.When irradiation response and dose are linear,total dose radiation and post-irradiation annealing at room temperature are determined for one random by choosing absorbed dose rate,and total dose effect at other absorbed dose rate can be predicted by using linear system theory.The simulating results agree with the experimental results at different absorbed dose rate.

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Available abstract

Total dose effect is simulated for C4007B,CC4007RH and CC4011 devices at different absorbed dose rate by using linear system theory.When irradiation response and dose are linear,total dose radiation and post-irradiation annealing at room temperature are determined for one random by choosing absorbed dose rate,and total dose effect at other absorbed dose rate can be predicted by using linear system theory.The simulating results agree with the experimental results at different absorbed dose rate.

Key concepts: Absorbed dose, Dose rate, Irradiation, Radiation, Dosimetry, Materials science, Radiation dose, Linear relationship

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