Conversion principle

Tab. 3.3 Spectral domains of electromagnetic radiation (VUV, UV, VIS and IR), energy conversions, principle emission lines of mercury arc lamps, and of some novel incoherent excimer lamps...

B. V. Tilak, R. S. Yeo and S. Sriniyasan, Electrochemical energy conversion - principles, in Comprehensive Treatise of Electro-chemi.strv, Vol. 3, J. O M. Bockris, B. E. Conway, E. Yeager, and R. E. White, editors. Plenum Press, New York 1981, pp. 39-122,. 

At this point we may state one very important conclusion any signal path has to result in electrical output, as has been pointed out already. Because only a few electrical quantities can be used as output signals (voltage, current, frequency), the final transducer in a signal path must produce exactly this intended electrical output signal, with high accuracy in relation to the input signal. To achieve the desired electrical output, only a few conversion principles are suitable ... 

Long-distance measurements, because long-range matter-based conversion principles are impossible in practice. 

High-temperature applications, because matter-based conversion principles would suffer from the effect of temperature on the long-term stability of the materials used. 

Production of acrylic odd by propylene oxidation A. Conversion principle... 

The other participant in this process is the author, and exactly the same factors govern the way she generates a message as with our conversation example of section 2 she assumes some background knowledge on behalf of the reader, makes an assumption about the reader s situation, and is guided by the conversational principles outlined before. 

Gas Chromatographic Method for the Determination of the Total Carbon Dioxide Content in Biological Fluids, by Means of the Head Space Sampling Technique, Based on the Methane Conversion Principle Clin. Chim. Acta 44(3) 367-375 (1973) CA 79 2208d... 

Working on these systems showed that the performance of such materials may suffer from their low electronic conductivity of active components and the large volume changes in the electrodes. In this context, metal nano/mesoscale structures gained considerable attention because of their novel physical and chemical properties that are not present in their corresponding macroscale structures. The mesoscale structure of the battery material seems to be vital to further improvement of the electrochemical performance and first promising results will be presented for both the negative and the positive electrode of this type of batteries. The chapter will also provide examples for anode and cathode systems which are based on the conversion principle and on the use of nanoscale... 

---