In the present paper, the Study\u27s coordinate of a straight line has been introduced into geometrical optics. From the result the law of reflection of light and that of refraction have been expressed respectively as follows : mathematics formula where S_6, S_r, S_b and N are Study\u27s coordinates respectively of the incident ray, reflected ray, refracted ray and normal to the surface of reflection or refraction at the point of incidence, and μ is the index of refraction. For example of application of this method a problem with respect to the curvature of the liner in a prismatic spectrum has been treated
A prism is a clear object made of glass. Its uses include directing light beams, changing and invert...
This thesis presents several derivations of Snell's Law of Refraction and one of the principle of re...
A new type of optical element that can focus a cylindrical wave to a point focus (or vice versa) is ...
The ability to model the propagation of light is a vital element of understanding any display techno...
When you’re writing a ray tracer, soon or late you’ll stumble on the problem of re-flection and refr...
“About 10 months ago a rumor came to our ears that a spyglass had been made... This finally caused m...
We derive three alternative formulas for the refracted ray direction in ray tracing in order to prov...
The laws of geometrical optics are studied by tracking light rays refracting across an air-glass bou...
What does a mirror tell us about light? This cluster of 11 computer-animated video units delves into...
In the framework of geometrical optics, let us study meridional and skew rays, those rays that we ca...
The paper describes the relationship between the solutions of Maxwell’s equations which can be consi...
This book employs homogeneous coordinate notation to compute the first- and second-order derivative ...
In this paper, we revisit the simple problem of reflection from a dielectric sphere for light rays a...
The curvature of the trajectories of propagation of optical rays in the atmosphere (refraction) is o...
A formulation of the laws of reflection and refraction of optical rays by the interface of two isotr...
A prism is a clear object made of glass. Its uses include directing light beams, changing and invert...
This thesis presents several derivations of Snell's Law of Refraction and one of the principle of re...
A new type of optical element that can focus a cylindrical wave to a point focus (or vice versa) is ...
The ability to model the propagation of light is a vital element of understanding any display techno...
When you’re writing a ray tracer, soon or late you’ll stumble on the problem of re-flection and refr...
“About 10 months ago a rumor came to our ears that a spyglass had been made... This finally caused m...
We derive three alternative formulas for the refracted ray direction in ray tracing in order to prov...
The laws of geometrical optics are studied by tracking light rays refracting across an air-glass bou...
What does a mirror tell us about light? This cluster of 11 computer-animated video units delves into...
In the framework of geometrical optics, let us study meridional and skew rays, those rays that we ca...
The paper describes the relationship between the solutions of Maxwell’s equations which can be consi...
This book employs homogeneous coordinate notation to compute the first- and second-order derivative ...
In this paper, we revisit the simple problem of reflection from a dielectric sphere for light rays a...
The curvature of the trajectories of propagation of optical rays in the atmosphere (refraction) is o...
A formulation of the laws of reflection and refraction of optical rays by the interface of two isotr...
A prism is a clear object made of glass. Its uses include directing light beams, changing and invert...
This thesis presents several derivations of Snell's Law of Refraction and one of the principle of re...
A new type of optical element that can focus a cylindrical wave to a point focus (or vice versa) is ...