I
Posted by admin in diamond clarity on 09 25th, 2009 | No Comments
Part II of this series examines dispersion in a diamond (sometimes called fire) and the factors that influence it along with clarity, colour and carat. Furthermore, the optics of good and poor cut for a diamond is examined by investigating total internal reflection. This simulation is ideal for the physics...
K-DRON Part 2
Posted by admin in diamond cut on 06 18th, 2009 | No Comments
means surface. Two K-drons form a cube. K-DRON is both a remarkably simple and complex structure. Its basic form has a square base, 11 multifaceted sides and a diamond-shaped face with a 45 degree angle of inclination. ... Janusz Kapusta chris komar k-dron dron toy fair new york brooklyn poland warsaw...
K-DRON Part 1
Posted by admin in diamond cut on 06 18th, 2009 | No Comments
means surface. Two K-drons form a cube. K-DRON is both a remarkably simple and complex structure. Its basic form has a square base, 11 multifaceted sides and a diamond-shaped face with a 45 degree angle of inclination. ... janusz kapusta chris komar k-dron dron toy fair new york brooklyn poland warsaw...
Reflection and Refraction of Light in Diamonds Part I
Posted by admin in diamond cut on 06 7th, 2009 | No Comments
The first part of this series explores the physics of light and illustrates how cut influences the brightness of a diamond. An excellent cut is examined in detail by reviewing the concepts of refraction, critical angle and total internal reflection as applied to a diamond. This simulation is perfect...
Reflection and Refraction of Light in Diamonds Part II
Posted by admin in diamond clarity on 04 10th, 2009 | No Comments
Part II of this series examines dispersion in a diamond (sometimes called fire) and the factors that influence it along with clarity, colour and carat. Furthermore, the optics of good and poor cut for a diamond is examined by investigating total internal reflection. This simulation is ideal for the physics...
