Revêtements optiques à structure périodique. II: Applications

Jacques Mouchart

doi:10.1364/AO.20.004207

Applied Optics
Vol. 20,
Issue 24,
pp. 4207-4214
(1981)
•https://doi.org/10.1364/AO.20.004207

Revêtements optiques à structure périodique. II: Applications

Jacques Mouchart

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Jacques Mouchart, "Revêtements optiques à structure périodique. II: Applications," Appl. Opt. 20, 4207-4214 (1981)

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Abstract

Some characteristics of the reflection coefficient are considered in this paper. We study how to change the shape of the envelope reflection in the passband and consequently obtain an antireflection coating whatever the number of bases and, for a two-layer bases, the influence of the optical thickness difference on the properties of the deposit.

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Quantitiés	Signes
$x^{2} - 1 + n_{0}^{2} m_{12}^{2}$	+	+	−	−
$x^{2} - 1 + \frac{m_{21}^{2}}{n_{0}^{2}}$	+	−	+	−
No. de solutions	0	1	1	2

	Couches ajoutées				Réflexion

	Côté n₀		Côté n_s		à λ = 1.3 μm
Base	n_A	(ne)_A	n_C	(ne)_C	Maximum	Minimum
HB	—	—	—	—	0,1777	0,0246
HB	1,38	0,415	2,05	0,10	0,0002	0,0001
$\frac{H}{2} B \frac{H}{2}$	—	—	—	—	0,0409	0,0395
$\frac{H}{2} B \frac{H}{2}$	1,38	0,325	—	—	0,0144	0,0136
$\frac{H}{4} B \frac{3 H}{4}$	—	—	—	—	0,0901	0,0249
$\frac{H}{4} B \frac{3 H}{4}$	1,38	0,26	2,05	0,60	0,0055	0,0049
$\frac{3 H}{4} B \frac{H}{4}$	—	—	—	—	0,0901	0,0249
$\frac{3 H}{4} B \frac{H}{4}$	1,38	0,39	2,05	0,04	0,0076	0,0032

		x_λ1	λ₁	R(λ₁)	x_λ2	λ₂	R(λ₂)
Dépôt I	Valeurs exactes	−0,90799	0,85075	0,45379	−0,90799	1,21276	0,45379
	Valeurs approchées	−0,89101	0,84372	0,46160	−0,89101	1,22732	0,46160
Dépôt II	Valeurs exactes	−0,91190	0,85587	0,34769	−0,90609	1,21096	0,48779
	Valeurs approchées	−0,89101	0,84696	0,29296	−0,89101	1,22401	0,45831
Dépôt III	Valeurs exactes	−0,90530	0,85297	0,49102	−0,91022	1,20733	0,38527
	Valeurs approchées	−0,89101	0,84696	0,46540	−0,89101	1,22401	0,33807

Quantitiés	Signes
$x^{2} - 1 + n_{0}^{2} m_{12}^{2}$	+	+	−	−
$x^{2} - 1 + \frac{m_{21}^{2}}{n_{0}^{2}}$	+	−	+	−
No. de solutions	0	1	1	2

	Couches ajoutées				Réflexion

	Côté n₀		Côté n_s		à λ = 1.3 μm
Base	n_A	(ne)_A	n_C	(ne)_C	Maximum	Minimum
HB	—	—	—	—	0,1777	0,0246
HB	1,38	0,415	2,05	0,10	0,0002	0,0001
$\frac{H}{2} B \frac{H}{2}$	—	—	—	—	0,0409	0,0395
$\frac{H}{2} B \frac{H}{2}$	1,38	0,325	—	—	0,0144	0,0136
$\frac{H}{4} B \frac{3 H}{4}$	—	—	—	—	0,0901	0,0249
$\frac{H}{4} B \frac{3 H}{4}$	1,38	0,26	2,05	0,60	0,0055	0,0049
$\frac{3 H}{4} B \frac{H}{4}$	—	—	—	—	0,0901	0,0249
$\frac{3 H}{4} B \frac{H}{4}$	1,38	0,39	2,05	0,04	0,0076	0,0032

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Equations (24)

Applied Optics