Your Search Results

Use materials about this topic in your textbook!

AcademicPub holds over eight million pieces of educational content - such as case studies and journal articles - for you to mix-and-match your way.

Experience the freedom of customizing your course pack with AcademicPub!
Not an educator but still interested in using this content? No problem! Visit our provider's page to contact the publisher and get permission directly.

Topic: Complex Permittivity Measurements

Results

Rigorous Characterization of Carbon Nanotube Complex Permittivity Over a Broadband of RF Frequencies
2012 / IEEE
By: Decrossas, E.; El-Ghazaly, S.M.; Hanna, V.F.; El Sabbagh, M.A.;
Novel Coupling Structure for the Resonant Coaxial Probe
2012 / IEEE
By: Rowe, D.J.; Allender, C.J.; Barrow, D.A.; Porch, A.;
Inexpensive approach to dielectric measurements
2012 / IEEE / 978-1-4577-1438-2
By: Krupka, J.; Wojtasiak, W.; Korpas, P.; Gwarek, W.;
Customized systems for complex permittivity measurements on liquid samples at microwave frequencies: A comparative analysis
2012 / IEEE / 978-1-4577-1772-7
By: Liberti, M.; Apollonio, F.; Zambotti, A.; Merla, C.; D'Atanasio, P.; De Benedetto, E.; Cataldo, A.; Cannazza, G.; Piuzzi, E.;
Frequency dependence measurement of complex permittivity for C-, A- and R-plane sapphire substrates from 30 to 50GHz band
2014 / IEEE
By: Ebata, Akihito; Kogami, Yoshinori; Shimizu, Takashi;
Broadband characterization of dielectric materials from RF, millimeter-wave to THz frequencies accounting for anisotropy
2014 / IEEE
By: Coq-Germanicus, Rosine; Leyssenne, Laurent; Wane, Sidina; Bajon, Damienne; Massenot, Sebastien; Descamps, Philippe;
Six-port and four-port reflectometers for complex permittivity measurements at submillimeter wavelengths
1989 / IEEE
By: Stumper, U.;
Broadband complex permittivity measurements by time-domain spectroscopy
1990 / IEEE
By: Nozaki, R.; Bose, T.K.;
Measurement of the dielectric properties of materials by using time domain reflectometry
1990 / IEEE
By: Bose, T.K.; Nozaki, R.;
Non-destructive complex permittivity measurements of absorbing materials
1991 / IEEE / 0-87942-579-2
By: Guillon, P.; Chatard-Moulin, M.; Villemazet, J.F.; Jallageas, H.;
Temperature sensitivity of coaxial probe complex permittivity measurements: experimental approach
1993 / IEEE
By: Colpitts, B.G.;
Open-ended metallized ceramic coaxial probe for high-temperature dielectric properties measurements
1996 / IEEE
By: Bringhurst, S.; Iskander, M.F.;
Correction of discontinuities in measurements of complex permittivity with the aid of a coaxial probe
1995 / IEEE / 0-7803-2766-7
By: Ghannouchi, F.M.; Berube, D.; Jolicoeur, I.; Savard, P.;
Improvement on the "coaxial to circular waveguide transition" method for complex permittivity measurements
1996 / IEEE / 0-7803-3376-4
By: Aviles, C.D.; Miane, J.L.;
Complex permittivity measurements of moulding plastic using hybrid time and frequency methods
1997 / IEEE / 0-7803-3951-7
By: Elkhazmi, E.A.; McEwan, N.J.; Zainal Abidin, M.N.;
Complex permittivity measurements using a quasi-optical multistate reflectometer
1998 / IEEE / 0-7803-4903-2
By: Miles, R.E.; Thompson, D.; Pollard, R.D.;
Accurate microwave resonant method for complex permittivity measurements of liquids [biological]
2000 / IEEE
By: Maslenikov, A.B.; Belenky, V.G.; Ogourtsov, S.G.; Yu, K.B.; Omar, A.S.;
Broadband coaxial cavity resonator for complex permittivity measurements of liquids
2000 / IEEE
By: Raveendranath, U.; Mathew, K.T.; Bijukumar, S.;
Complex permittivity measurements of single-crystal and ceramic strontium titanate at microwave frequencies and cryogenic temperatures
2000 / IEEE / 83-906662-3-5
By: Geyer, R.G.; Baker-Jarvis, J.; Krupka, J.;
Valid error estimation for complex permittivity measurements using partially filled microwave resonators
2001 / IEEE / 0-7803-6743-X
By: Ogourtsov, S.;
Split-post dielectric resonator for complex permittivity measurements at 20-25 GHz
2002 / IEEE / 83-906662-5-1
By: Givot, B.L.; Derzakowski, K.; Krupka, J.;
Complex permittivity measurements of common plastics over variable temperatures
2003 / IEEE
By: Riddle, B.; Krupka, J.; Baker-Jarvis, J.;
Material measurements of absorbers with magnetic losses
2003 / IEEE / 0-7803-7846-6
By: Meyer, T.; Jostingmeier, A.; Omar, A.S.;
Accuracy considerations for dielectric measurements of semiconductor wafers using free space microwave measurement system in 8-13 GHz range
2004 / IEEE / 0-7803-8671-X
By: Baba, N.H.; Ghodgaonkar, D.K.; Awang, Z.;
Complex permittivity measurements using TE/sub 11p/ modes in circular cylindrical cavities
2005 / IEEE
By: Boeck, G.; Zinal, S.;
Complex permittivity and permeability measurements of ferrimagnets at Millimeter waves with high power sources
2005 / IEEE
By: Subramanian, L.; Korolev, K.A.; Afsar, M.N.; Tkachov, I.I.;
Complex permittivity and moisture measurements of oil palm fruits using an open-ended coaxial sensor
2005 / IEEE
By: Shaari, A.H.; You Kok Yeow; Abbas, Z.; Saion, E.; Hassan, J.; Khalid, K.;
Measurements of Complex Permittivity and Loss Tangent of Silicon Carbide at Millimeter Wavelengths
2005 / IEEE / 0-7803-8879-8
By: Afsar, M.N.; Sakdatorn, D.; Yong Wang; Shu Chen;
Complex permittivity measurements of ferroelectrics employing composite dielectric resonator technique
2006 / IEEE
By: Bovtun, V.; Zychowicz, T.; Krupka, J.; Veljko, S.;
Comparisons of Complex Permittivity Measurements Using Free-Space and Waveguide Fabry-Perot Resonators at E/W-band Frequencies
2006 / IEEE / 1-4244-0399-5
By: Meng, C.C.;
A High-Temperature Capable Planar-type Coaxial Probe for Complex Permittivity Measurements Up to 40 GHz
2007 / IEEE / 1-4244-0687-0
By: Namgon Kim; Youngwoo Kwon; Changyul Cheon; Jeiwon Cho; Dongki Kim; Jeonghoon Yoon;
A Cavity in Transmission for Extracting Electric Parameters of Thin Layers
2007 / IEEE / 1-4244-1448-2
By: Moukanda, F.M.; Saguet, P.; Chilo, J.; Ndagijimana, F.;
Measurements of powders and liquids employing dielectric resonator technique
2008 / IEEE / 978-83-906662-8-0
By: Derzakowski, K.; Krupka, J.; Givot, B.L.;
Microwave characterization of materials for telecommunication systems
2009 / IEEE / 978-1-4244-5074-9
By: Mazierska, J.;
Use of frequency power law to link the results of two EM testing methods for the characterization of humid concretes
2011 / IEEE / 978-1-4577-0332-4
By: Derobert, X.; Ihamouten, A.; Villain, G.;

Return To Top