Revolutionary technology

Various types of water conditioning equipment are available to provide multiple pretreatment functions in the same tank or pressure vessel. For the most part, the technologies employed by the manufacturers are not revolutionary, despite considerable rhetoric and deliberately confusing technical explanations, as these units simply contain two or three different types of media of differing densities. 

Revolutionary tire designs for high-tech passenger car radial (PCR) tires drives the developmental pace of the tire equipment manufactures. Triple-tread, asymetrical tread, or highly loaded silica compounds have a consequential impact on the extrasion machinery. In this context the design of the extmsion head and the extmders itself requires adaption to the new, challenging tire technology of today. 

Effective utilization of a critical technology requires a much closer collaboration throughout the whole chain in which the material is used. Critical technologies evolve and develop over a long period, and so they can support a broad industrial base. This relationship creates a certain inertia with respect to revolutionary change, but it certainly indicates that it is very important to stimulate and maintain evolutionary change. 

Microencapsulation is a revolutionary technology enabling liquids to be treated as solids. The technology was first used to produce carbonless copying paper, but today it is widely used in a number of industrial fields such as medicine, agricultural chemicals, thermochromic materials, cosmetics, and toiletries. 

The connection between the optical properties and technological applications of macromolecules has been a subject of intense research and development for many years [1-5]. There is presently an emphasis on using materials and molecular architectures based on a very small size scale of less than 100s of nanometers [6-10], Revolutionary ideas and concepts have emerged which may lead to the creation of superior miniature size materials for a variety of applications. Some of these concepts are directed at synthetic schemes to recreate... 

This revolutionary technology uses a cryogenically cooled NMR probe for NMR detection, in which the NMR coil assembly and the... 

All that changed in 1992 when Waters introduced its revolutionary new CDS product Millennium . This was the first commercially available CDS to use an embedded relational database (Oracle) to manage all aspects of the system. System security, user privileges, method versions and their respective results were all managed by the database. While this technology was new to CDS, it had been widely used by the Faboratory Information Management System (FIMS) market. All of the... 

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