CHOSEN METHODS FOR DETERMINING FLOW PARAMETERS BASED ON... - MOSOROV VOLODYMYR

The monograph presents a review of classical and a presentation of new methodologies of non-invasive (non-contact) flow measurement techniques of multiphase media and a number of algorithms applicable in the field. The discussed methods are mainly based on the statistical analysis of collected measurement data, e.g. from electrical tomography systems or systems based on the tracking of radioactive particles. The work is very valuable and interesting, because it provides comprehensive knowledge on selected aspects of process tomography. It is therefore a valuable supplement to other monographs and studies on this subject.

• Comprehensive knowledge of process tomography
• Review of classical and new methodologies of flow measurement
• Statistical analysis of measurement data
• Application in electrical tomography systems
• Use in systems for tracking radioactive particles
• Valuable supplement to other monographs and studies

The monograph by Mosorov Volodymyr is a detailed study on methods for determining flow parameters. The author focuses on non-invasive techniques that allow the flow of multiphase media to be measured without direct contact with the medium under investigation. This is particularly important in industrial processes where access to the medium may be difficult or impossible.

The book is a valuable source of knowledge for engineers, scientists and students dealing with issues related to flow measurements. It contains both a review of classical methods and a presentation of the latest achievements in this field. As a result, the reader can become familiar with a wide range of measurement techniques and choose those that best suit their needs.

The PWN publishing house, which published this monograph, is known for publishing high-quality scientific literature. PWN books are characterized by reliability, topicality and a high level of content. Mosorov Volodymyr's monograph fits this standard, offering the reader comprehensive and up-to-date information on methods for determining flow parameters.

Technical data: Pages: 150, Format: 243x169 mm, Year of publication: 2020, Binding: hardcover, Publisher: PWN, Number of pages: 150, Binding: hardcover, Format: 243x169 mm