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Index of SubmissionsInternational Conference on Electrical Bioimpedance
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Adler, Andy; Lionheart, William R B Correcting for variability in mesh geometry in Finite Element Models
Ahad, M A; Rutkove, S B Electrical properties of rat muscle after sciatic nerve injury : impact on surface impedance measurements assessed via finite element analysis
Ahmed, A; Bodo, M; Armonda, R A Effect of metal fragments in brain on electrical monitoring : In vitro and in vivo rat studies
Ahn, Sujin; Jun, Sung Chan; Seo, Jin Keun; Lee, Jeehyun; Woo, Eung Je; Holder, David Frequency-difference electrical impedance tomography: phantom imaging experiments
Ahn, Sujin; Oh, Tong In; Jun, Sung Chan; Lee, Jeehyun; Seo, Jin Keun; Woo, Eung Je Weighted frequency-difference EIT measurement of hemisphere phantom
Alexander, Frank; Price, Dorielle T; Bhansali, Shekhar Optimization of Interdigitated Electrode (IDE) Arrays for Impedance Based Evaluation of Hs 578T Cancer Cells
Anton, D; Riu, P J Common Mode Feedback Analysis for EIT Systems with Distributed Current Sources
Apolikhin, O I; Khodyreva, L A; Mudraya, I S; Kirpatovsky, V I; Serdyuk, A A Multichannel impedance monitoring for evaluation of alpha- adrenoblocker effect on the ureteral function in patients with stone disease
Ardrey, D B; Murphy, E K; Isaacson, D; Saulnier, G J; Newell, J C An iterative FEM reconstructor for the mammography geometry
Asfour, H; Soller, W; Posnack, N G; Pollard, A E; Kay, M W Low frequency impedance spectroscopy of cell monolayers using the four-electrode method
Beckmann, L; Jacob, M; Antink, C Hoog; Cordes, A; Pikkemaat, R; Jungbecker, N; Gries, T; Leonhardt, S; Portable Bioimpedance Spectroscopy device and textile electrodes for mobile monitoring applications
Béqo, Nevis; Sze, Gerald; Huber, Nick; Wang, Wei The flexible and configurable Sussex EIM MK4 using PCI eXtensions for Instrumentation (PXI)
Béqo, Nevis; Sze, Gerald; Tunstall, Benjamin; Qiao, Guofeng; Zarafshani, Ali; Wang, Wei A flexible and configurable hardware for the Combined EIM and Ultrasound device
Bertemes-Filho, P; Valicheski, R., Pereira, R.M.; Paterno, A.S. Bioelectrical impedance analysis for bovine milk : preliminary results
Bodo, M; Garcia, A; Pearce, F; Albert, S Van; Armonda, R Influence of volume and flow change on the electrical impedance signal (in vitro)
Bodo, M; Pearce, F; Garcia, A; Albert, S Van; Settle, T; Szebeni, J; Baranyi, L; Hartings, J; Armonda, R In vivo cerebral blood flow autoregulation studies using rheoencephalography
Bodo, M; Sipos, K; Thuroczy, G; Panczel, G; Ilias, L; Szonyi, P; Bodo, M; Nebella, T; Banyasz, A; Nagy, Z Prevalence of stroke / cardiovascular risk factors in Hungary
Bogónez-Franco, P; Bayés-Genis, A; Rosell, J; Bragós, R Performance of an implantable impedance spectroscopy monitor using ZigBee
Borsic, A; Bayford, R Forward Solving in Electrical Impedance Tomography with Algebraic Multigrid Wavelet Based Preconditioners
Boyle, Alistair; Adler, Andy Electrode Models under Shape Deformation in Electrical Impedance Tomography
Brady, K M; Mytar, J O; Kibler, K K; Easley, R B; Koehler, R C; Czosnyka, M; Smielewski, P; Zweifel, C; Bodo, M; Pearce, F J; Armonda, R A Monitoring cerebrovascular pressure reactivity with rheoencephalography
Buendía, R; Seoane, F; Gil-Pita R A Novel Approach for Removing the Hook Effect Artefact from Electrical Bioimpedance Spectroscopy Measurements
Bujnowski, A; Wtorek, J; Lewandowska, M The influence of frequency separation on imaging properties in DFEIT
Cao, Yanli; Lu, Xiaozuo; Wang, Xuemin Visualization of the Meridian of Traditional Chinese Medicine with Electrical Impedance Tomography : An Initial Experience
Chakraborti, K L; Selvamurthy, W Clinical application of Electrical Impedance Tomography in the Present Health Scenario of India
Chilcott, T C; Coster, H G L; Wong, E L S Basis for a biomechanical ‘ field-effect-transistor ’ mechanism using organic monolayers on silicon (111) revealed by electrical impedance spectroscopy
Codognotto, M; Piccoli, A Detecting latent peripheral congestion with bioelectrical impedance vector analysis (BIVA) in patients with cardiac-related dyspnea
Cordes, A; Pollig, D; Leonhardt, S Comparison of different coil positions for ventilation monitoring with contact-less magnetic impedance measurements
Cox, K; Henitz, R Phase angle as a potential measure of condition in live and dead fish
Dekdouk, B; Ktistis, C; Armitage, D W; Peyton, AJ Assessing the feasibility of detecting a Hemorrhagic type stroke using a 16 channel Magnetic Induction System
Dekdouk, B; Ktistis, C; Armitage, D W; Peyton, AJ The application of a priori structural information based regularization in image reconstruction in Magnetic Induction Tomography
Dumler, A; Zubarev, M; Muraviev, N; Mamatova, A; Salnikova, N; Podtaev, S; Stepanov, R; Frick, P Wavelet analysis of bioimpendancometric data
Dumler, Francis A low bioimpedance phase angle predicts a higher mortality and lower nutritional status in chronic dialysis patients
Fitzhugh, G R; Wuenschel, M J; McBride, R S Evaluation of bioelectrical impedance analysis (BIA) to measure condition and energy allocated to reproduction in marine fishes
Fung, Solomon; Adler, Andy; Chan, Adrian D C Using Distmesh as a Mesh Generating Tool for EIT
Furuya, N; Sakamoto, K; Kanai, H An approach to the diagnosis of metabolic syndrome by the multi-electrode impedance method
Ghosh, A; Gilad, O; Oh, D; Schuettler, M; Packham, B; Holder, D Imaging fast neural activity in the brain with Electrical Impedance Tomography using a low frequency sinusoidal applied current : single channel measurements during somatosensory evoked potentials with epicortical electrodes in the rat brain.
Gilad, O; Ghosh, A; Oh, D; Holder, D Imaging fast neural activity in the brain with Electrical Impedance Tomography using a low frequency sinusoidal applied current during somatosensory and visual evoked potentials with epicortical electrodes in the brain of the anaesthetised rat.
Gilad, O; Kositsky, V; Holder, D Imaging fast neural activity in the brain with Electrical Impedance Tomography using a low frequency sinusoidal applied current : theoretical basis and SNR considerations.
Giovinazzo, G; Ribas, N; Cinca, J; Rosell-Ferrer, J Transoesophageal detection of heart graft rejection by electrical impedance : using Finite Element Method simulations
González, César A; Pérez, María; Hevia, Nidiyare; Arámbula, Fernándo; Aguilar, Eliot; Hinojosa, Ivonne; Joskowicz, Leo; Rubinsky, Boris Over-Hydration Detection in Brain by Magnetic Induction Spectroscopy
Gordon, R; Zorkova, V; Min, M; Rätsep, I Visualizing transplanted muscle flaps using minimally invasive multi-electrode bioimpedance spectroscopy
Griffiths, H; Zolgharni, M; Ledger, P D; Watson, S The Cardiff Mk2b MIT head array : optimising the coil configuration
Grimnes, Sverre; Martinsen, Řrjan G Alpha-dispersion in human tissue
Grimnes, Sverre; Martinsen, Řrjan G; Johnsen, Gorm K Mutual localization of electrode pairs in a 4-electrode measuring system
Guardo, R; Moumbe, J Jehanne-lacasse A P; Gagnon, H System front-end design for concurrent acquisition of electroencephalograms and EIT data
Gürsoy, D; Scharfetter, H A non-contact method for imaging the posterior chest using magnetic induction principles that allows to monitor pulmonary oedema
Hamidi, S A; Jafari, R; Nia, A Moosavi; Soleimani, M Design and Implementation of a DSP-based Digital Phase Sensitive Demodulation for an EIT System
Han, Y Q; Meng, Z J; Jeong, W C; Kim, Y T; Minhas, A S; Kim, H J; Nam, H S; Kwon, O; Woo, E J MREIT conductivity imaging of canine head using multi-echo pulse sequence
Haowlader, Salahuddin; Baig, Tanveer Noor; Rabbani, K Siddique-e Abdominal fat thickness measurement using Focused Impedance Method (FIM) - phantom study
Harrach, B; Choi, M; Seo, J K Characterization of position and shape errors in linearized EIT reconstruction methods
Henry, B G; Price, D T; Bhansali, S; Muffly, K E Effects of growth factors on rat dermal fibroblasts in vitro
Hlubik, J; Hlubik, P; Lhotska, L Bioimpedance in medicine : measuring hydration influence
Hoekstra, Femke; Habers, Esther; Janssen, Thomas W J; Verdaasdonk, Rudolf M; Meijer, Jan H Relationship between the Initial Systolic Time Interval and RR-interval during an exercise stimulus measured with Impedance Cardiography
Holder, D; Gilad, O Imaging fast neural activity in the brain with Electrical Impedance Tomography – a review of biophysical principles and previous studies.
Hřyum, P; Kalvřy, H; Martinsen Ř G; Grimnes, S Finite element model of needle electrode sensitivity
Huber, N; Béqo, N; Adams, C; Sze, G; Tunstall, B; Qiao, G; Wang, W Further investigation of a contactless patient-electrode interface of an Electrical Impedance Mammography system
Iquebal, A H Masum; Rabbani, K Siddique-e 3D sensitivity of 6-electrode Focused Impedance Method (FIM)
Jeganathan, Sugashine; Schaik, Andre Van; Jin, Craig; Mcewan, Alistair Suitability of the INPHAZE impedance analyzer for Bio- impedance and EIT
Jeon, Kiwan; Lee, Chang-ock; Woo, Eung Je; Kim, Hyung Joong; Seo, Jin Keun MREIT conductivity imaging based on the local harmonic Bz algorithm : animal experiments
Jeong, W C; Kim, Y T; Minhas, A S; Lee, T H; Kim, H J; Nam, H S; Kwon, O; Woo, E J In vivo conductivity imaging of human knee using 3 mA injection current in MREIT
Johnsen, G K; Martinsen, Ř G; Grimnes, Sverre Sorption studies of human keratinized tissues
Jun, Young Sik; Baek, Woon Sik Experimental Reconstruction Images of Tissue Phantom by Diffuse Optical Tomography
Kalakuutskiy, L I; Akulov, S Modeling of the bioelectrical impedance of blood by synthesis of the equivalent electrical circuits
Kalvřy, Hĺvard; Hřyum, Per; Grimnes, Sverre; Martinsen Řrjan G From electrode theory to needle electrode guidance in tissue
Kanai, H; Furuya, N; Sakamoto, K; Kanai, N Electrical time constants of erythrocytes for confocal and uniform thickness membrane
Kantartzis, P; Kunoth, A; Pabel, R; Liatsis, P Wavelet preconditioning for EIT
Karpov, A; Korotkova, M; Tsofin, Yu; Tsyplyonkov, V; Machin, M Electrical Impedance Potential Mammography for Visualization of Objects (Electrochemical Tests)
Katscher, U.; Voigt, T.; Findeklee, C. Determination of electric conductivity and permittivity using a standard MR system
Khambampati, A K; Rashid, A; Kim, B S; Liu, Dong; Kim, S; Kim, K Y EM algorithm applied for estimating non-stationary region boundaries using electrical impedance tomography
Kim, B S; Rashid, A; Khambampati, A K; Liu, D; Kim, S; Kim, K Y Tracking resistivity changes using suboptimal fading extended Kalman filter in electrical resistance tomography
Kim, D Y; Wi, H; Yoo, P J; Oh, T I; Woo, E J Performance Evaluation of KHU Mark2 Parallel Multi-frequency EIT System
Kim, H J; Jeong, W C; Kim, Y T; Minhas, A S; Lee, T H; Lim, C Y; Park, H M; Seo, J K; Woo, E J In vivo conductivity imaging of canine male pelvis using a 3T MREIT system
Kim, Young Tae; Yoo, Pil Joong; Oh, Tong In; Woo, Eung Je Development of a Low Noise MREIT Current Source
Kohr, J M; Tizzard, A; Demosthenous, A; Bayford, R 3-D subject-specific chest boundary generation using simple wearable sensor-network for images reconstruction in neonatal electrical impedance tomography (EIT)
Korjenevsky, A; Cherepenin, V; Trokhanova, O; Tuykin, T Gynecologic electrical impedance tomograph
Korotkova, M; Karpov, A Electric Impedance Imaging of the Mammary Gland in the Case of Mastitis
Kulkarni, R; Kao, T-j; Boverman, G; Saulnier, G J; Isaacson, D; Szabo, T L; Newell, J C A hand-held probe for combined ultrasound and electrical impedance tomography
Kurz, C M; Büth, H; Thielecke, H Influence of transfection process on single cell impedance
Lewandowska, M; Wtorek, J; Bujnowski, A; Mierzejewski, L Analysis of thoracic regional impedance changes using PCA approach
Li, J; Fogerson, P M; Rutkove, S B Measuring the multi-frequency electrical impedance of the mouse gastrocnemius muscle using a tetrapolar technique
Li, X; He, B Multi-Excitation Magnetoacoustic Tomography with Magnetic Induction (MAT-MI)
Lionheart, William R B; Paridis, Kyriakos Finite Elements and Anisotropic EIT reconstruction
Lippert, M; Berdyshev, S; Czygan, G; Bocchiardo, M; Hensel, B Intracardiac Impedance as a Method for Ventricular Volume Monitoring - Investigation by a Finite-Element Model and Clinical Data
Liu, Qin; Wi, Hun; Oh, Tong In; Woo, Eung Je; Seo, Jin Keun Development of a prototype micro-EIT system using three sets of 15 × 8 array electrodes
Lukaszewicz, K; Wtorek, J; Bujnowski, A; Skokowski, J Monitoring of breast tissue thermo-ablation by means of impedance measurements
Malahov, M V; Smirnov, A V; Nikolaev, D V; Melnikov, A A; Vikulov, A D Bioimpedance spectroscopy as technique of hematological and biochemical analysis of blood
Malmivuo, J. Principle of Reciprocity Solves the Most Important Problems in Bioimpedance and in General in Bioelectromagnetism
Mariappan, L; Li, X; Hu, G; He, B MAT-MI acoustic source reconstruction using ultrasound B-Scan imaging
Márquez, J C; Seoane, F; Välimäki, E; Lindecrantz, K Comparison of Dry-Textile Electrodes for Electrical Bioimpedance Spectroscopy Measurements .
Martinsen, Ř G; Grimnes, S; Lütken, C A; Johnsen, G K Memristance in human skin
McCullagh, W A; Ward, L C Bioimpedance spectroscopy in haemodynamic analysis
McEwan, A; Tapson, J; Schaik, A van; Holder, D Spread Spectrum EIT by Code Division Multiplexing
McEwan, A; Tapson, J; Schaik, A van; Holder, D Comparison between different compressed sensing algorithms applied to Electrical Impedance Tomography
Medrano, G; Bausch, R; Ismail, A H; Cordes, A; Pikkemaat, R; Leonhardt, S Influence of ambient temperature on whole body and segmental bioimpedance spectroscopy measurements
Medrano, G; Eitner, F; Ismail, A H; Pikkemaat, R; Cordes, A; Floege, J; Leonhardt, S Influence of body position, food and beverage consumption on BIS measurements
Medrano, J; Rey, J I; Connolly, R J; Anderson, A; Jaroszeski, M; Gitlin, R Online bioimpedance feedback for in vivo electroporated tissues
Meijer, Jan H; Hoekstra, Femke; Habers, Esther; Verdaasdonk, Ruud M; Janssen, Thomas W J Dynamic Response of the Initial Systolic Time Interval to a Breathing Stimulus measured with Impedance Cardiography
Meng, Z J; Minhas, A S; Han, Y Q; Jeong, W C; Kim, Y T; Kim, H J; Woo, E J Chemical Shift Artifact Correction in MREIT using Iterative Least Square Estimation Method
Min, Mart; Land, Raul; Paavle, Toivo; Parve, Toomas; Annus, Paul Broadband spectroscopy of a dynamic impedance
Minhas, A S; Woo, E J; Sadleir, R Simulation of MREIT using Balanced Steady State Free Precession (b-SSFP) Pulse Sequence
Moreno, M-v; Khider, N; Ribbe, E; Damez, J-l Differentiation of fast and slow muscle fibers by bioimpedance
Murphy, Ethan K; Isaacson, David; Saulnier, Gary J; Newell, Jonathan Analysis of forward solvers for electrical impedance tomography in a mammography geometry
Nescolarde, L; Dońate, T; Casańas, R; Rosell-Ferrer, J Application of Longitudinal and Transversal Bioimpedance Measurements in Peritoneal Dialysis at 50 kHz
Nesterov, A; Gavrilov, I; Selector, L; Mudraya, I; Revenko, S Assessment of vasomotor oscillations with Fourier analysis of biological tissue impedance
Nicander, Ingrid; Emtestam, Lennart; Ĺberg, Peter; Ollmar, Stig Twelve years evolution of skin as seen by electrical impedance
Nissinen, A; Kolehmainen, V; Kaipio, J P Compensation of errors due to incorrect model geometry in electrical impedance tomography
Nordbotten, Bernt J; Martinsen, Řrjan G; Grimnes, Sverre Methods for calculating phase angle from measured whole body bioimpedance modulus
Nordebo, Sven; Bayford, Richard; Bengtsson, Bengt; Fhager, Andreas; Gustafsson, Mats; Hashemzadeh, Parham; Nilsson, Börje; Rylander, Thomas; Sjöden, Therese Fisher information analysis and preconditioning in electrical impedance tomography
Noshiro, Makoto; Ebihara, Kei; Sato, Ena; Nebuya, Satoru; Brown, Brian H Effects of body position on lung density estimated from EIT data
Patterson, R P Impedance cardiography : What is the source of the signal ?
Patz, R; Watson, S; Ktistis, C; Hamsch, M; Peyton, A J Performance of a FPGA-based Direct Digitising Signal Measurement module for MIT
Pavšelj, N; Mitar, M; Hart, F X; Miklavcic, D Characterization of the mechanical behavior of human skin by means of impedance spectroscopy
Pengpan, T; Mitchell, C N; Soleimani, M A dual modality of cone beam CT and electrical impedance tomography for lung imaging
Peters, Franciane C; Barra, Luis Paulo S Some numerical results on the influence of measurement strategies and load patterns in the EIT inverse problem
Pettersen, F J; Martinsen, Ř G; Grimnes, S; Hřgetveit, J O Impedance measurement set-up based on off-the-shelf PXI modules
Pikkemaat, R; Leonhardt, S Separation of ventilation and perfusion related signals within EIT-data streams
Pliquett, Uwe; Schönfeldt, Markus; Barthel, Andreas; Frense, Dieter; Nacke, Thomas Offset-free bidirectional current source for impedance measurement
Podtaev, Sergey; Dumler, Andrew; Stepanov, Rodion; Frick, Peter; Tziberkin, Kirill Wavelet-based correlations of impedance cardiography signals and heart rate variability
Qureshi, T R; Chatwin, C R; Huber, N; Zarafshani, A; Tunstall, B; Wang, Wei Comparison of Howland and General Impedance Converter (GIC) circuit based current sources for bio-impedance measurements
Rashid, A; Kim, B S; Khambampati, A K; Liu, Dong; Kim, S; Kim, K Y Dynamic boundary estimation of human heart within a complete cardiac cycle using electrical impedance tomography
Ribas, N; Nescolarde, L; Domingo, M; Gastelurrutia, P; Bayés-Genis, A; Rosell-Ferrer, J Longitudinal and Transversal Bioimpedance Measurements in Addition to Diagnosis of Heart Failure
Ribbe, E; Khider, N; Moreno, M V Study of body composition in small animals by a multifrequency impedancemeter
Riu, P J; Anton, D Performance assessment of EIT measurement systems
Rřmoen, O.T. Electrical Characterization of surface microstructures for electrode applications
Sanchez, B; Bragos, R Multifrequency simultaneous bioimpedance measurements using multitone burst signals for dynamic tissue characterization .
Sapetsky, S; Cherepenin, V; Korjenevsky, A; Kornienko, V; Vartanov, A Development of the system for visualization of electric conductivity distribution in human brain and its activity by the magnetic induction tomography (MIT) method
Scharfetter, H Single-shot dual frequency excitation for magnetic induction tomography (MIT) at frequencies above 1 MHz
Scharfetter, H; Issa, S; Gürsoy, D Tracking of object movements for artefact suppression in Magnetic Induction Tomography (MIT)
Schwarzenberger, T; Demmel, F; Becker, B; Zottmann, M; Wolf, P; Kleinhans, R; Brischwein, M; Otto, A; Wolf, B Bioimpedance microelectronics in a 24-microwell plate with metabolic- sensors for testing chemosensitivity of tumor cells and tissues
Sipos, Kornel; Bodo, Michael; Szalay, Piroska; Szucs, Attila Correlation of cerebrovascular disorder and anxiety : The Kecskemet study
Sivkov, A V; Mudraya, I S; Revenko, S V; Ibragimov, A R; Nesterov, A V; Gavrilov, I Yu; Kirpatovsky, V I; Stranadko, M V Fourier analysis of electrical impedance variations in urinary bladder during changes of intravesical pressure
Smirnov, A V; Nikolaev, D V; Kolesnikov, V A On measurement errors of the impedance spectrum of human body in vivo
Smorenberg, A; Lust, E J; Verdaasdonk, R M; Groeneveld, A B J; Meijer, J H Prediction and monitoring of fluid responsiveness after coronary bypass surgery using the Initial Systolic Time Interval : Preliminary Results
Sze, G; Béqo, N; Huber, N; Tunstall, B; Young, R C D; Chatwin, C R; Wang, W Signal calibration for an Electrical Impedance Mammography system
Sze, G; Chatwin, C; Wang, W Image reconstruction for 3D electrical impedance mammography
Tehrani, J Nasehi; Anderson, C; Jin, C; Schaik, A Van; Holder, D; McEwan, A Feasibility of electrical impedance tomography in haemorrhagic stroke treatment using adaptive mesh
Tizzard, A; Borsic, A; Halter, R; Bayford, R Generation and performance of patient-specific forward models for breast imaging with EIT
Trebbels, Dennis; Woelki, Daniel; Zengerle, Roland High Precision Phase Measurement Technique for Cell Impedance Spectroscopy
Trokhanova, O V; Chijova, Y A; Okhapkin, M B; Korjenevsky, A V; Tuykin, T S Using of electrical impedance tomography for diagnostics of the cervix uteri diseases
Tronstad, Christian; Grimnes, Sverre; Martinsen, Řrjan G; Amundsen, Vegard; Wojniusz, Slawomir PC-based instrumentation for electrodermal activity measurement
Tseytlin, G Ja; Khomyakova, I A; Nikolaev, D V; Konovalova, M V; Vashura, A Yu; Tretyak, A V; Godina, E Z; Rudnev, S G Body composition and phase angle in Russian children in remission from acute lymphoblastic leukemia
Tucker, Aaron S; Ross, Edward; Paugh-Miller, Jennifer; Sadleir, Rosalind J In-Vivo Detection of Bleeding Simulated in a Peritoneal Dialysis Model using a Hemiarray EIT Configuration
Tuykin, T; Korjenevsky, A 3D EFT imaging with planar electrode array : numerical simulation
Volkov, V M; Zherdetskij, A A; Turovets, S I; Malony, A D A fast BiCG solver for the isotropic Poisson equation in the forward EIT problem in cylinder phantoms
Ward, L C; Essex, T; Bartlett, M; Kilbreath, S; Brookes, D Bioimpedance Profiling of the Limbs : Update
Wi, Hun; Oh, Tong In; Yoon, Sun; Kim, Kap Jin; Woo, Eung Je Human Interface Design using Button-type PEDOT Electrode Array in EIT
Yoo, Pil Joong; Lee, Dae Hyun; Oh, Tong In; Woo, Eung Je Wideband Bio-impedance Spectroscopy using Voltage Source and Tetra-polar Electrode Configuration
Zhang, Jie; Qin, Lihong; Allen, Tadashi; Patterson, Robert In Vivo Measurements of Structure / Electrode Position Changes during Respiration for Electrical Impedance Tomography
Zhang, Xiaotong; He, Bin Imaging Electric Properties of Human Brain Tissues by B1 Mapping : A Simulation Study
Zhao, Mingkang; Liu, Qin; Oh, Tong In; Woo, Eung Je; Seo, Jin Keun Development of a Trans-admittance Mammography (TAM) using 60 × 60 Electrode Array
Zhu, F; Kotanko, P; Handelman, G J; Raimann, J; Liu, L; Carter, M; Siebert, E; Leonard, E F; Levin, N W Assessment of degree of hydration in dialysis patients using whole body and calf bioimpedance analysis
Zielinski, Todd M; Hettrick, Doug; Cho, Yong Use Of Paravascular Admittance Waveforms To Monitor Relative Change in Arterial Blood Pressure