Magnetic nanoparticles particle science, imaging technology, and clinical applications : proceedings of the First International Workshop on Magnatic Particle Imaging (World Scientific, 2010)
Includes bibliographical references
Particle dynamics of mono-domain particles in magnetic particle imaging - J. Weizenecker - B. Gleich - J. Rahmer - J. Borgert -- - The effects of molecular binding on the phase of msb measurements - J.B. Weaver - A.M. Rauwerdink -- - SPIO nanoparticles encapsulation into human erythrocytes for mpi application - D. Markov - H. Boeve - B. Gleich - J. Borget - A. Antonelli - C. Sfara - M. Magnani -- - Use of resovist in magnetic particle imaging - G. Schutz - J. Lohrke - J. Hutter -- - Larger single domain iron oxide nanoparticles for magnetic particle imaging - S. Dutz - R. Muller - M. Zeisberger -- - Superparamagnetic iron oxide nanoparticles for magnetic particle imaging - K. Ludtke-Buzug - S. Biederer - M. Erbe - T. Knopp - T.F. Sattel - T.M. Buzug -- - Size-optimized magnetite nanoparticles for magnetic particle imaging - R.M. Ferguson - A.P. Khandar - K.R. Minard - K.M. Krishnan --
- A spectrometer to measure the usability of nanoparticles for magnetic particle imaging - S. Biederer - T.F. Sattel - T. Knopp - M. Erbe - K. Ludtke-Buzug - F.M. Vogt - J. Barkhausen - T.M. Buzug -- - Evidence of aggregates of magnetic nanoparticles in suspensions which determine the magnetization behavior - D. Eberbeck - F. Wiekhorst - L. Trahms -- - Investigation of the magnetic particle imaging signal's dependency on ferrofluid concentration - J.P. Gehrcke - M.A. Ruckert - T. Kampf - W.H. Kullmann - P.M. Jakob - V.C. Behr -- - Magnetization harmonics as a remote method for monitoring endocytosis of nanoparticles - A.M. Rauwerdink - A.J. Giustini - P.J. Hoopes - J.B. Weaver -- - Magnetic particle spectrometry for the evaluation of field-dependent harmonics generation - T. Wawrzik - J. Hahn - F. Ludwig - M. Schilling -- - Narrowband magnetic particle imaging in a mouse - P. Goodwill - S. Conolly --
- Two-dimensional magnetic particle imaging - T. Wawrzik - F. Ludwig - M. Schilling -- - Resolution distribution in single-sided magnetic particle imaging - T.F. Sattel - T. Knopp - S. Biederer - M. Erbe - K. Ludtke-Buzug - T.M. Buzug -- - The effect of relaxation on magnetic particle imaging - Y. Wu - Z. Yao - G. Kafka - D. Farrell - M. Griswold - R. Brown -- - Efficient field-free line generation for magnetic particle imaging - T. Knopp - S. Biederer - T.F. Sattel - K. Ludtke-Buzug - M. Erbe - T.M. Buzug -- - 3D real-time magnetic particle imaging: encoding and reconstruction aspects - J. Rahmer - B. Gleich - J. Borgert - J. Weizenecker -- - Concept for a digital amplifier with high quality sinusoidal output voltage for mpi drive field coils - C. Loef - P. Luerkens - O. Woywode -- - A novel compensated coil system with high homogeneity and low strayfields - R. Hiergeist - J. Ludke - R. Ketzler - M. Albrecht
- G. Ross -- - JFET noise modeling for mpi receivers - I. Schmale - B. Gleich - J. Borgert - J. Weizenecker -- - Noise within magnetic particle imaging - I. Schmale - B. Gleich - J. Borgert - J. Weizenecker -- - Calculation and evaluation of current densities and thermal heating in the body during mpi - J. Bohnert - O. Dossel -- - A surveillance unit for magnetic particle imaging systems - S. Kaufmann - S. Biederer - T.F. Sattel - T.M. Buzug -- - Cancer therapy with magnetic nanoparticles visualized with x-ray-temography, magnetorelaxometry and histology - S. Lyer - R. Tietze - L. Trahms - S. Odenbach - C. Alexiou -- - Localization and quantification of magnetic nanoparticles by multichannel magnetorelaxometry for thermal ablation studies - H. Richter - F. Wiekhorst - U. Steinhoff - L. Trahms - M. Kettering - W.A. Kaiser - I. Hilger -- - Imaging of magnetic nanoparticles based on magnetorelaxation and minimum norm estimations