lithium niobate / Data / uv-edge-formula

UV absorption edge vs composition

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nm; one row per variant and wavelength

No numeric record for this property; values are given as text below.

1 variant

Value	Unit	Variant	Conditions	Frame	Source	Locator	Status
lambda_20 = 320.4 - 1.829 x - 5.485 x^2 nm; lambda_15 = 321.9 - 1.597 x - 5.745 x^2 nm; x = (mol% Li2O) - 48.38 default record	nm	Composition not stated	method absorption coefficient 20 (or 15) cm^-1; E parallel to c, k perpendicular to c; T 22 °C	–	Volk & Wöhlecke, Springer Series in Materials Science 115 (2009) original: Kovács et al. 1997 (credited in Fig. 6.4)	Eqs. (6.5)-(6.6), p. 142	P-comp

P-comp

lambda_20 = 320.4 - 1.829 x - 5.485 x^2 nm; lambda_15 = 321.9 - 1.597 x - 5.745 x^2 nm; x = (mol% Li2O) - 48.38nm

method absorption coefficient 20 (or 15) cm^-1; E parallel to c, k perpendicular to c; T 22 °C; default record

Volk & Wöhlecke, Springer Series in Materials Science 115 (2009), Eqs. (6.5)-(6.6), p. 142original: Kovács et al. 1997 (credited in Fig. 6.4)

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