Abstract: The present disclosure provides an ultraviolet light-C (UVC) reflective coating composition. The UVC reflective coating includes a polymer binder of a first volume having a first refractive index and an inorganic material of a second volume having a second refractive index at least 0.2 greater than the first refractive index, the second volume in ratio to the first volume such that the reflective coating is at or below critical pigment volume concentration (CVPC), wherein the reflective coating is configured to diffusely reflect at least 10% UVC.

Abstract: The present disclosure provides an ultraviolet light-C (UVC) reflective coating composition. The UVC reflective coating includes a polymer binder of a first volume having a first refractive index and an inorganic material of a second volume having a second refractive index at least 0.2 greater than the first refractive index, the second volume in ratio to the first volume such that the reflective coating is at or below critical pigment volume concentration (CVPC), wherein the reflective coating is configured to diffusely reflect at least 10% UVC.

Abstract: The present disclosure provides an ultraviolet light-C (UVC) reflective coating composition. The UVC reflective coating includes a polymer binder of a first volume having a first refractive index and an inorganic material of a second volume having a second refractive index at least 0.2 greater than the first refractive index, the second volume in ratio to the first volume such that the reflective coating is at or below critical pigment volume concentration (CVPC) (CPVC), wherein the reflective coating is configured to diffusely reflect at least 10% UVC.

Abstract: A method of creating a surface coating composition comprising the steps of: creating a mathematical model of a vision system of an animal, measuring a set of spectral characteristics from a surface of a first object, entering the set of spectral characteristics as an input into the mathematical model, using an output of the mathematical model to iteratively create the surface coating composition, wherein the surface coating composition is a metamer to the animal, wherein the surface coating composition can be applied to a surface of a second object for the purpose of making the second object look like the first object to the vision system of the animal.

Abstract: A method of creating a surface coating composition comprising the steps of: creating a mathematical model of a vision system of an animal, measuring a set of spectral characteristics from a surface of a first object, entering the set of spectral characteristics as an input into the mathematical model, using an output of the mathematical model to iteratively create the surface coating composition, wherein the surface coating composition is a metamer to the animal, wherein the surface coating composition can be applied to a surface of a second object for the purpose of making the second object look like the first object to the vision system of the animal.

Abstract: An animal decoy or fishing lure with a surface reflection which closely matches the spectral reflectance pattern of the animal that it is designed to mimic, including both human-visible and ultraviolet wavelengths, with the intent of making the decoy or fishing lure appear more realistic to animals that can see in both the human-visible and ultraviolet spectrums.

Abstract: An animal decoy or fishing lure with a surface reflection which closely matches the spectral reflectance pattern of the animal that it is designed to mimic, including both human-visible and ultraviolet wavelengths, with the intent of making the decoy or fishing lure appear more realistic to animals that can see in both the human-visible and ultraviolet spectrums.

Abstract: A method of creating an animal decoy with a surface reflection which closely matches the spectral reflectance of the animal that it is designed to mimic, including both human visible and ultraviolet wavelengths, including the steps of measuring the spectral reflectance of different areas of the animal, creating a surface map of the animal showing the reflective characteristics of the different areas of the animal, formulating surface coatings or materials to match the measured reflective characteristics, and reproducing the spectral reflectance on a realistic model of the animal.