Optical interference coating design contest 2016: a dispersive mirror and coating uniformity challenge

Designers Submitting Designs for Problem A1

^a  Wenjia Yuan submitted two designs.

Designs Ranked for Problem A1 by Merit Function (MF), Including Total Thickness (Tot thk), Number of Layers (#Lay), Average GDD ( ${\mathsf{GDD}}_{\mathsf{a}}$ ), and Thinnest Layer (Thn lay)

^a  Bolshakov’s design was not calculated due to committee error.

Designers Submitting Designs for Problem A2

^a  Lemarchand and Trubetskov each submitted two designs.

Designs Ranked for Problem A2 by Merit Function (MF)I, Including Total Thickness (Tot thk), Number of Layers (#Lay), Average GDD ( ${\mathsf{GDD}}_{\mathsf{a}}$ ), and Thinnest Layer (Thn lay)

Substrate, Medium, and Layer Material Indices

Materials Associated with Source Location in x and y, where $\mathsf{z}=\mathsf{0}$ , and ${\mathsf{cos}}^{\mathsf{N}}\mathsf{\theta }$ is Plume Distribution

Tool Location on the x Axis, for the Seven Optics to Be Coated, where $\mathsf{y}=\mathsf{0}$ and $\mathsf{z}=\mathsf{1}$ ^a

^a  The center of the tool is $x,y,z=\mathrm{0,0},1$ .

Cissoid of Diocles Example Design

Designers Submitting Designs for Problem B1

Designs Ranked for Problem B1 by Merit Function (MF), Including Number of Layers, Type of Material (D, Dielectric; M, Metal), and Physical Thickness (Thk) in Nanometers

Designers Submitting Designs for Problem B2

Designs for Problem B2 Ranked by Merit Function (MF), Including Number of Layers, Type of Material (D, Dielectric; M, Metal), and Physical Thickness (Thk) in Nanometers

Table 1.

Designers Submitting Designs for Problem A1

^a  Wenjia Yuan submitted two designs.

Table 2.

Designs Ranked for Problem A1 by Merit Function (MF), Including Total Thickness (Tot thk), Number of Layers (#Lay), Average GDD ( ${\mathsf{GDD}}_{\mathsf{a}}$ ), and Thinnest Layer (Thn lay)

^a  Bolshakov’s design was not calculated due to committee error.

Table 3.

Designers Submitting Designs for Problem A2

^a  Lemarchand and Trubetskov each submitted two designs.

Table 4.

Designs Ranked for Problem A2 by Merit Function (MF)I, Including Total Thickness (Tot thk), Number of Layers (#Lay), Average GDD ( ${\mathsf{GDD}}_{\mathsf{a}}$ ), and Thinnest Layer (Thn lay)

Table 5.

Substrate, Medium, and Layer Material Indices

Table 6.

Materials Associated with Source Location in x and y, where $\mathsf{z}=\mathsf{0}$ , and ${\mathsf{cos}}^{\mathsf{N}}\mathsf{\theta }$ is Plume Distribution

Table 7.

Tool Location on the x Axis, for the Seven Optics to Be Coated, where $\mathsf{y}=\mathsf{0}$ and $\mathsf{z}=\mathsf{1}$ ^a

^a  The center of the tool is $x,y,z=\mathrm{0,0},1$ .

Table 8.

Cissoid of Diocles Example Design

Table 9.

Designers Submitting Designs for Problem B1

Table 10.

Designs Ranked for Problem B1 by Merit Function (MF), Including Number of Layers, Type of Material (D, Dielectric; M, Metal), and Physical Thickness (Thk) in Nanometers

Table 11.

Designers Submitting Designs for Problem B2

Table 12.

Designs for Problem B2 Ranked by Merit Function (MF), Including Number of Layers, Type of Material (D, Dielectric; M, Metal), and Physical Thickness (Thk) in Nanometers