Lasse S Kahara

Title: Innovation in Particle Size Determination: The Contributions of Lasse S. Kahara

Introduction

Lasse S. Kahara, an inventor based in Espoo, Finland, has made a significant contribution to the field of particle size analysis through his innovative patent. With expertise in developing methods and apparatuses for determining particle sizes, his work has implications in various industries where slurry analysis is crucial.

Latest Patents

Kahara holds a patent for a method and apparatus that determines the average particle size of particles distributed in a slurry. This technique involves transmitting ultrasonic rays of a specific frequency into the slurry and utilizing separate detectors to measure the intensity of ultrasonic radiation that passes through and scatters within the slurry. By calculating the scattering attenuation factor and the total attenuation factor, which is adjusted for the influence of slurry density, Kahara's approach enhances accuracy in size determination.

Career Highlights

Kahara works at Outokumpu Oy, a company that specializes in stainless steel and other materials. Here, he has applied his expertise in acoustics and fluid dynamics to enhance methods for analyzing physical properties of materials. His innovative spirit and technical skills have been pivotal in advancing the methodologies used in his field.

Collaborations

Throughout his career, Kahara has collaborated with notable professionals, including Seppo J. Uusitalo and Georg C. Von Alfthan. Together, they have fostered an environment focused on research and development, contributing to advancements in particle size determination techniques.

Conclusion

Lasse S. Kahara's patent and his work at Outokumpu Oy exemplify the importance of innovation in scientific research and industrial applications. His methods for particle size determination offer valuable solutions in material analysis, showcasing his commitment to enhancing technological capabilities within the industry. As he continues to contribute to the field, his work stands as a testament to the impact of inventive thinking on modern science and engineering.