1978
DOI: 10.1002/pssa.2210480217
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Scanning electron microscopic investigations of GaP

Abstract: The cathodoluminescence mode and the electron beam induced current mode of a scanning electron microscope are used t o get information on the rea.1 structure of GaP grown by the synthesis solute diffusion technique. The crystal defects detected by these methods are dislocations, grain boundaries, and inhomogeneities of doping levels. For the latter the cathodoluminescence mode turns out to be a very sensitive tool. The spectra of the cathodoluminescence are explained by the action of different radiative and no… Show more

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Cited by 6 publications
(2 citation statements)
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“…The intensities differ by a factor of about 2 to 5. The cause are doping inhomogeneities as proved by measuring CL spectra of these different regions of the crystal [6]. Ir should be emphasized that the CL mode of the SEM represents nearly the only possibility of sensitive and lateral investigation of doping inhomogeneities.…”
Section: Resultsmentioning
confidence: 99%
“…The intensities differ by a factor of about 2 to 5. The cause are doping inhomogeneities as proved by measuring CL spectra of these different regions of the crystal [6]. Ir should be emphasized that the CL mode of the SEM represents nearly the only possibility of sensitive and lateral investigation of doping inhomogeneities.…”
Section: Resultsmentioning
confidence: 99%
“…Наименьший размер изображения дислокаций в GaP в режиме КЛ составлял около 1 мкм 90 при 15 кВ и был ограничен практически размером диффузионной длины. В большинстве работ по исследованию дефектов в режиме КЛ для сопоставления приводились также изображения в режиме наведенного тока, при этом наблюдались не только структурные дефекты, но и неоднородности легирования 91 . Наблюдения дислокаций и оценка их плотности в указанных режимах возможны вплоть до плотностей дислокаций~ 10~7 см" 2 , что позволяет исследовать как дислокации, образовавшиеся при выращивании слоев, так и созданные при деформации 92 .…”
Section: исследование полупроводниковых материаловunclassified