ILLUSTRATION OF MOLECULAR MOTION

Illustration of Smooth Isosurfaces

We present in this paper a new particle-based method for sampling and rendering several types of the nonphotorealistic feature contours on implicit surfaces: silhouette, shadow and suggestive contours. We introduce a curve adhesion behavior for dynamic particles that brings up the possibility to render any contour that is defined as an intersection of two smooth implicit surfaces. In the case o...

Illustration of Reif Macros

An illustration of photocatalytic properties of ZnO nanorods array films

ZnO nanorods array films were coated on a glass template through a two-step chemical process. First, a sol-gel spin coating method was used to produce a ZnO seed layer and after that, the ZnO nanorods arrays were grown on it through a low temperature aqueous method. Synthesized films were studied by scanning electron microscope (SEM) and X-ray diffractometer (XRD). X-ray diffraction results sho...

History of Medical Illustration

Zurich where he became 'privat-dozent' for neurology, the first appointment of its kind in Switzerland. The following year in a borrowed room in the Pathological Institute, von Monakow assisted by a young American zoologist, Henry Donaldson, established the laboratory which was to become the Hirnanatomisches Institute. Von Monakow developed a very active private practice, first as a general phy...

Molecular to fluid dynamics: the consequences of stochastic molecular motion.

The derivation of fluid dynamic equations from molecular equations is considered. This is done on the basis of a stochastic model for the molecular motion which can be obtained by a projection of underlying deterministic equations. The stochastic model is used to derive fluid dynamic equations where the molecular stress tensor and heat flux appear as unknowns. However, the stochastic model also...