ELECTROMAGNETIC AQUAMETRY PDF

Request PDF on ResearchGate | On Jan 1, , Klaus Kupfer and others published Electromagnetic Aquametry. Download Citation on ResearchGate | On Jan 1, , K. Kupfer and others published Electromagnetic Aquametry: Electromagnetic Wave Interaction with Water. Editorial Reviews. From the Back Cover. This book covers all aspects of Electromagnetic Aquametry. It summarizes the wide area of metrology and its.

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Roberto Olmi 1 and Marco Bittelli. Get permission to re-use this article. Buy this article in print. Sign up for new issue notifications.

The International Society for Electromagnetic Aquametry ISEMA is an informal association of scientists and engineers from academia, industry, and government who are bound together by their common interest in the theory, technology, and practical application of RF and microwave measurements of water content in a wide range of materials.

Quantitative measurements of water content in materials are important from an economic point of view.

Since water occurs in most materials in nature as a natural component of the material or is introduced during technological processes, it is quite obvious that measurement and control of moisture content continues to be of great economic and technical importance. Typical non-destructive techniques for determining moisture content in a material consist of measurement of the electrical properties of the material in a sample holder and correlation of these properties to determine moisture content.

Knowledge and control of moisture content in a large variety of materials presents a great potential for saving fuel, energy and manpower combined with an improvement in the quality of the end product, determining a powerful incentive for research and equipment development all over the world. After a first informal meeting, held inannual technical conferences on the subjects of interest for ISEMA members were held in Germany in the late s.

The conference was attended by scientists from 14 countries Australia, China, Finland, France, Germany, Israel, Italy, Japan, New Zealand, Norway, Poland, Russia, United Kingdom, and United States of Americafor a total of 58 scientific contributions on topics ranging from theoretical aspects of water-based dielectrics to measurement methods and real-world applications.

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Just to give an idea of the conference coverage, papers were arranged in eleven sessions Dielectric properties of water and solutions, Frequency domain methods, Time domain methods, Modelling and inversion, Material properties, Porous media, Metrology, Applications in biomedicine agriculture and food, Applications in civil engineering and cultural heritage, Devices and industrial applications, and Remote sensing and imagingplus three special opening talks devoted to theoretical subjects.

Editorial for special section on electromagnetic aquametry – IOPscience

The papers selected for this Special Session on Electromagnetic Aquametry mainly concern measurement aspects [ 1 — 4 ] and sensors and applications [ 5 — 14 ], but there are also a number of articles devoted to theoretical and experimental methods aimed at obtaining a deeper understanding of water in moist materials [ 15 — 21 ]. Of course, this collection of articles only represents a ‘snapshot’ of the current research on the interaction of electromagnetic fields with moist substances and with water and, as such, it is inevitably limited.

Nonetheless, the selected papers provide an overview of the current state of the art on several research topics, from those concerning time-domain and frequency-domain measurement techniques and sensors, to physical aspects relating to the presence of water and salts in natural materials like clays, soils, rocks and wood or in man-made materials like concrete.

Novel applications are also covered, for example, on electromagnetic diagnostics in the preservation of cultural heritage, near-field microwave microscopy, holographic radar, and atmospheric monitoring by radio-telescope. Theoretical aspects relating to confined water and to the molecular-dynamics simulation of moist substances are also covered.

We trust this collection will inspire new research in fields concerning the dielectric properties of water and moist substances, and we take this opportunity to strongly and warmly invite researchers to join ISEMA. We sincerely thank all the authors for their contributions and the referees for their efforts in reviewing the articles, decisively contributing to the improvement of the quality and effectiveness of the papers.

Last but not least, we would like to thank the entire Editorial Board of Measurement Science and Technology for the interest in our work, and for their kind and professional support. This site uses cookies.

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By continuing to use this site you agree to our use of cookies. To find out more, see our Privacy and Cookies policy. Measurement Science and Technology. Lewandowski A et al 0. Gu S et al Dielectric properties characterization of saline solutions by near-field microwave microscopy Meas.

Bore T et al Broadband electromagnetic analysis of compacted kaolin Electrmagnetic. Riminesi C et al Moisture and salt monitoring in concrete by evanescent field dielectrometry Meas.

Magrini D et al Investigation on water content in fresco mock-ups in the microwave and near-IR spectral regions Aquxmetry. Micheli D et al Absorption cross section of building materials at mm wavelength in a reverberation chamber Meas. Buffa F et al An atmosphere monitoring system for the Sardinia radio telescope Meas.

Editorial for special section on electromagnetic aquametry

Bittner Aquametty et al Experimental investigation of the dielectric properties of soil under hydraulic loading Meas. Capineri L et al Water detection in thermal insulating materials by high resolution imaging with holographic radar Meas. Wilczek A et al Electromagnetic simulations for salinity index error estimation Meas. Cataldo A et al Performance comparison of TDR-based systems for permanent and diffused detection of water content and leaks Meas.

Olmi R and Bittelli M Can molecular dynamics help in understanding dielectric phenomena? Taschin A et al THz dynamics of nanoconfined water by ultrafast optical spectroscopy Meas.

Belyaeva T A et al The effect of very low water content on the complex dielectric permittivity of clays, sand-clay and sand rocks Meas.

Buehler M Electromagnetjc et al Single-frequency dielectric relaxation used to characterize the glass transition time of polydextrose Meas. Artemov V G Dynamical conductivity of confined water Meas. Abe F et al Dielectric study on hierarchical water structures restricted in cement and wood materials Meas.

Lapina A S et al Hysteresis of electromsgnetic NMR response and the complex relative permittivity of the quartz granules powders and solid sandstones during the water imbibition and drainage Meas.

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