A thin film synthesis technique based on the refinement of inhomogeneous systems is improved by the implementation of simultaneous refractive index and thickness optimization. Severe artifacts generated at oblique incidence by an earlier version of the method are eliminated. Complex designs comparable to published solutions synthesized with the Needle Method are demonstrated.NRC publication: Ye
The Reverse Engineering problem addressed in the present research consists in es-timating the thickn...
Modern mathematical algorithms allow to theoretically generate thin film designs that fit nearly any...
Inhomogeneous coatings are promising for superior optical properties, e.g. broadband antireflection,...
Thin film design is loosely subdivided in two categories: refinement and synthesis, where synthesis ...
Inhomogeneous layers, such as so-called gradient index layers and rugate filters represent new and p...
Reengineering the refractive index profile of inhomogeneous coatings is a troublesome task. Multipli...
The production of inhomogeneous thin films by evaporation using feedback control is discussed and th...
The production of inhomogeneous thin films by evaporation using feedback control is discussed and th...
In the world of nanomaterials and meta-materials, thin films are used which are an order of magnitud...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
By comparing multilayer and rugate solutions to a typical rugate synthesis problem we demonstrate th...
A variant of the powerful thin-film needle design technique, which was first described by Tikhonravo...
The Reverse Engineering problem addressed in the present research consists in es-timating the thickn...
Modern mathematical algorithms allow to theoretically generate thin film designs that fit nearly any...
Inhomogeneous coatings are promising for superior optical properties, e.g. broadband antireflection,...
Thin film design is loosely subdivided in two categories: refinement and synthesis, where synthesis ...
Inhomogeneous layers, such as so-called gradient index layers and rugate filters represent new and p...
Reengineering the refractive index profile of inhomogeneous coatings is a troublesome task. Multipli...
The production of inhomogeneous thin films by evaporation using feedback control is discussed and th...
The production of inhomogeneous thin films by evaporation using feedback control is discussed and th...
In the world of nanomaterials and meta-materials, thin films are used which are an order of magnitud...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
We used a genetic algorithm in the design and optimisation of optical thin films and present the ef...
By comparing multilayer and rugate solutions to a typical rugate synthesis problem we demonstrate th...
A variant of the powerful thin-film needle design technique, which was first described by Tikhonravo...
The Reverse Engineering problem addressed in the present research consists in es-timating the thickn...
Modern mathematical algorithms allow to theoretically generate thin film designs that fit nearly any...
Inhomogeneous coatings are promising for superior optical properties, e.g. broadband antireflection,...