Ferromagnetic Behavior of Fe+ Implanted Si(100) Semiconductor

Yilgin, Resul; Yurtisigi, Mehmet Kenan; Parabas, Adem; Türksoy, M.; Özdemir, Mustafa; Aktaş, B.; Kolitsch, A.

doi:10.1007/s10948-011-1253-y

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“…Results of the lowenergy Fe + ion implantation into silicon nanostructures are reported in [8]. In turn, ferromagnetic behavior of Fe + implanted Si is presented in [9]. Results of investigations of silicon implanted with Ge + ions after annealing are reported in [10][11][12].…”

Section: Introductionmentioning

confidence: 99%

Metrology and Measurement Systems

Dorywalski,

Chrobak,

Maliński

2020

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This work presents results of comparative studies of the optical absorption coefficient spectra of ion implanted layers in silicon. Three nondestructive and noncontact techniques were used for this purpose: spectroscopic ellipsometry (SE), modulated free carriers absorption (MFCA) and the photo thermal radiometry (PTR). Results obtained with the ellipsometric method are the proof of correctness of the results obtained with the MFCA and PTR techniques. These techniques are usually used for investigations of recombination parameters of semiconductors. They are not used for investigations of the optical parameters of semiconductors. Optical absorption coefficient spectra of Fe + and Ge + high energy and dose implanted layers in silicon, obtained with the three techniques, are presented and compared.

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