이 특허를 인용한 특허 (46)

1. Liljenberg, Thomas; Backa, Stevan; Thegel, Lennart; Åbom, Mats, Active acoustic method for predicting properties of process fluids comprising solid particles or gas/liquid volumes based on their size distribution and concentration.

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2. Hafenrichter, Joseph L.; Georgeson, Gary E.; Tapia, William Joseph; Fogarty, Michael D., Apparatus for automated non-destructive inspection of airfoil-shaped bodies.

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3. Povey, Malcolm J. W.; Tong, Jie; Nelson, Phillip V.; Jones, Gregory M., Apparatus for determining particle size.

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4. Kwan, Nam Won; Kim, In Soo; Kim, Jin Woo; Park, Jong Seop, Clamp-on-type ultrasonic concentration metering system and method.

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5. Bechtel, Siegfried; Kielhorn-Bayer, Sabine; Mathauer, Klemens, Determining production parameters of scale flow device.

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6. Sowerby Brian David,AUX ; Coghill Peter John,AUX, Determining the size distribution of particles in a fluid.

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7. Dosramos, J. Gabriel; Reed, Robert W.; Oja, Tonis; Boulet, Gary, Device for use in determining characteristics of particles dispersed in a medium, and method therefor.

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8. DosRamos, J. Gabriel, Device for use in industrial process on-line determination of particle size distribution, and methods of use.

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9. Huabei Jiang, Enhanced photon-migration methods for particle sizing in concentrated suspensions.

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10. Alba,Felix, Fundamental method and its hardware implementation for the generic prediction and analysis of multiple scattering of waves in particulate composites.

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11. Hull, Andrew J., Inverse method to calculate material properties using a non-resonant technique.

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12. Hull, Andrew J., Inverse method to calculate material properties using an insertion loss test.

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13. Jones Gregory M.,GBX ; Povey Malcolm J. W.,GBX ; Campbell John,GBX, Measurement and control of asphaltene agglomeration in hydrocarbon Liquids.

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14. Wroblewski, Tomasz; Reinås, Lorents; Omland, Tor Henry; Mjølhus, Stian, Measuring settling in fluid mixtures.

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15. Povey, Malcolm J. W.; Tong, Jie; Nelson, Phillip V.; Jones, Gregory M., Method and apparatus for determining particle size distribution by acoustic speckle.

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16. Povey, Malcolm J. W.; Tong, Jie; Nelson, Phillip V.; Jones, Gregory M., Method and apparatus for measuring concentration using acoustic speckle.

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17. Scott,David Mark, Method and apparatus for ultrasonic sizing of particles in suspensions.

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18. Scott,David Mark, Method and apparatus for ultrasonic sizing of particles in suspensions.

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19. Muller, Jean; Le Brun, Pierre; Odievre, Thierry, Method and device for counting inclusions in a liquid metal bath with ultrasounds.

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20. Andrei Dukhin ; Philip J. Goetz, Method and device for determining particle size distribution and zeta potential in concentrated dispersions.

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21. Faber Gerard,NLX ; Vos Hugo Cornelis Lucas,NLX ; De Kroon Mathilde Gertrudis Maria,NLX, Method and equipment for the characterization of suspensions.

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22. Hodosawa Yoshihito,JPX ; Nagano Hideo,JPX ; Saito Hirokazu,JPX, Method and system for controlling microcapsule particle diameters.

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23. Kruger,Silvio E.; Lamouche,Guy; L��vesque,Daniel; Monchalin,Jean Pierre, Method and system for determining material properties using ultrasonic attenuation.

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24. Patch, Sarah K., Method and system of thermoacoustic computed tomography.

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25. Povey, Malcolm J. W.; Tong, Jie; Nelson, Phillip V; Jones, Gregory M., Method for determining particle size.

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26. Conrads Hans Georg,DEX ; Klupsch Volkhard,DEX, Method of determining the flow rate of solid or liquid material in a gaseous medium of a two-phase flow.

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27. Riebel, Ulrich; Kraeuter, Udo, Method of measuring particle sizes.

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28. Ritzer, Alfons; Zollner, Werner, Method to determine the concentration of toner particles for a liquid developer system.

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29. Kopp, Christian, Method to determine the mass concentration of particles in a dispersion including particles and fluid.

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30. Chamberlin, Danielle R.; Trutna, Jr., William R.; Liu, Maozi, Methods and systems for computing a particle size distribution of small particles in a process.

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31. Chamberlin, Danielle R.; Trutna, Jr., William R.; Liu, Maozi, Methods and systems for computing a size distribution of small particles.

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32. Holland, William David, Methods of monitoring a marking liquid, apparatuses for monitoring a marking liquid, and image transfer devices.

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33. Ruffa, Anthony A., Particle characterization via doppler distribution.

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34. Malcolm J. W. Povey GB; Jie Tong CN; Phillip V. Nelson GB; Gregory M. Jones GB, Particle measurement by acoustic speckle.

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35. O\Brien Richard W. (Turramurra AUX), Particle size and charge measurement in multi-component colloids.

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36. Dukhin Andrei ; Goetz Philip, Particle size distribution and zeta potential using acoustic and electroacoustic spectroscopy.

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37. Carasso Melanie ; Patel Sanjay ; Valdes Jorge Luis ; White Christopher Alan, Process for determining characteristics of suspended particles.

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38. Panetta,Paul D.; Pappas,Richard A.; Tucker,Brian J., Process monitoring and particle characterization with ultrasonic backscattering.

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39. Jansen, Rik; Volker, Arno Willem Frederik; Van Capel, Peter, Separation of liquid components from a mixture.

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40. Greenwood,Margaret S.; Panetta,Paul D.; Bamberger,Judith A.; Pappas,Richard A., System and technique for ultrasonic characterization of settling suspensions.

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41. Panetta, Paul D., Ultrasonic characterization of solid liquid suspensions.

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42. Smith, Oliver; Sutton, Michael R., Ultrasonic measurement.

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43. Prakash, Anand; Shukla, Abhishek; Rohani, Sohrab, Ultrasonic method of monitoring particle size distribution of a medium.

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44. Cobb,Wesley N., Ultrasonic monitor of material composition and particle size.

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45. Lin, Yaoying; Kissling, Beat; Drahm, Wolfgang; Frohlich, Thomas, Ultrasonic particle measuring system.

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46. Norisuye, Tomohisa, Ultrasonic particle size measurement device and ultrasonic measurement device.

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