Synthesis, Characteristics, and Material Properties Dataset of Bi:DyIG-Oxide Garnet-Type Nanocomposites

Table 3

Summary of the composition adjustments used to fabricate several batches of Bi₂Dy₁Fe_4.3Ga_0.7O₁₂:Bi₂O₃ garnet-oxide composite films on GGG and glass (Corning 1737) substrates and the best performance obtained in the films of each batch in terms of the specific Faraday rotation and MO figure of merit measured across the visible spectral region.

Samples description and composition-adjustment data					Best performance achieved in samples prepared on GGG substrates				Best performance achieved in samples prepared on glass (Corning 1737) substrates
Composition type	Deposition rate of garnet (nm/min)	Deposition rate of Bi2O3 (nm/min)	Total (garnet + oxide) deposition rate (nm/min)	Vol. % of Bi2O3 in composite films	Faraday rotation per film thickness (deg/µm)		MO figure of merit (/α) (deg)		Faraday rotation per film thickness (deg/µm)		MO figure of merit (/α) (deg)
					532 nm	635 nm	532 nm	635 nm	532 nm	635 nm	532 nm	635 nm
200 W Bi2Dy1Fe4.3Ga0.7O12	5.33	—	5.33	—	4	1.1	7.9	11.4	NC
175 W Bi2Dy1Fe4.3Ga0.7O12 + 25 W Bi2O3	4.77	1.65	6.12	26.96	9.5	2	19.5	10.2	NC
200 W Bi2Dy1Fe4.3Ga0.7O12 + 25 W Bi2O3	5.33	1.65	6.98	23.64	10.12	0.85	29.2	22.1	7.88	2.0	15.5	12.05
250 W Bi2Dy1Fe4.3Ga0.7O12 + 25 W Bi2O3	7.03	1.65	7.65	19	8.2	2.05	11.3	6.22	NC
300 W Bi2Dy1Fe4.3Ga0.7O12 + 25 W Bi2O3	8.16	1.65	9.81	16.82	7	2.1	13.3	9.98	6.3	1.9	15.0	27.82
320 W Bi2Dy1Fe4.3Ga0.7O12 + 20 W Bi2O3	8.96	1.2	10.16	11.81	2.4	1.1	8.9	12.4	4.47	1.2	10.5	19.41

Not characterized.