Carbon self-interstitial clusters in diamond become more stable with increasing size, with tetra-interstitial platelets especially favored, mono/di/penta/hexa introducing gap states while tri/tetra do not, and 3H identified as a neutral di-interstitial with possible link to TR12.
Kalish, Diamond as a unique high-tech electronic mate- rial: difficulties and prospects, Journal of Physics D: Applied Physics40, 6467 (2007)
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From Mono- to Hexa-Interstitials: Computational Insights into Carbon Defects in Diamond
Carbon self-interstitial clusters in diamond become more stable with increasing size, with tetra-interstitial platelets especially favored, mono/di/penta/hexa introducing gap states while tri/tetra do not, and 3H identified as a neutral di-interstitial with possible link to TR12.