Crazing Resistance of Hard Porcelain Ware

Efficiently � Using Graphics Hard ware in

OpenGL and its e xtensions pro vide access to advanced per -pixel operations a vailable in the rasterization stage and in the frame buf fer hardw are of modern graphics workstations. W ith these mechanisms, completely new rendering algorithms can be designed and implemented in a v

Insist That Your Laboratory Porcelain Ware Carry This Mark of Dependability

Nonmetabolic catalysis of C-furfuryl amino purine (kinetin) on plant surfaces, glass, and porcelain ware.

Kinetin-8-(14)C degraded rapidly upon drying on living or inert surfaces. However, when care was exercised to avoid taking solutions to dryness during fractionation of plant extracts containing (14)C-kinetin and before partitioning by thin layer chromatography, little degradation occurred. A procedure for 24-hour ethyl acetate partitioning, using a continuous liquid-liquid extractor, which perm...

Hard ware implementation of area and power efficient Carry Select Adder using reconfigurable adder structures

In data processing processors, adder is a basic digital circuit. To perform any arithmetic operation, addition is the basic operation to perform. To compute fast arithmetic operations adder must be fastest. CSLA is the fastest adder when compare to RCA and CLA. From the structure of CSLA it is observed that there is a scope to reduce area further so that power can be lowered [3-4]. This paper p...

Aware Optimization of the Task Binding in Hard - ware / Software Reconfigurable Networks

this paper, a new methodology for tolerating link as well as node defects in self-adaptive reconfigurable networks will be presented. Currently, networked embedded systems need a certain level of redundancy for each node and link in order to tolerate defects and failures in a network. Due to monetary constraints as well as space and power limitations , the replication of each node and link is n...