'Degree pulse' presentation slideshows

BME 595 - Medical Imaging Applications Part 2: INTRODUCTION TO MRI Lecture 1 Fundamentals of Magnetic Resonance Feb. 16

BME 595 - Medical Imaging Applications Part 2: INTRODUCTION TO MRI Lecture 1 Fundamentals of Magnetic Resonance Feb. 16, 2005. James D. Christensen, Ph.D. IU School of Medicine Department of Radiology Research II building, E002C jadchris@iupui.edu 317-274-3815. References.

924 views • 42 slides

BME 595 - Medical Imaging Applications Part 2: INTRODUCTION TO MRI Lecture 1 Fundamentals of Magnetic Resonance Feb. 16

BME 595 - Medical Imaging Applications Part 2: INTRODUCTION TO MRI Lecture 1 Fundamentals of Magnetic Resonance Feb. 16, 2005. James D. Christensen, Ph.D. IU School of Medicine Department of Radiology Research II building, E002C jadchris@iupui.edu 317-274-3815. References.

1.2k views • 42 slides

PHYSICS OF MAGNETIC RESONANCE

PHYSICS OF MAGNETIC RESONANCE. RAJAN PANDYA & MOHIT GANGULY. Provide high resolution anatomic structure (as with X-ray CT) Provide high contrast between different soft tissues (X-ray CT cannot) No exposure to radiation and hence safe More complicated instrumentation

413 views • 35 slides

Chapter 6 Lecture Spin Echo Imaging Methods Mark D. Herbst, MD, PhD

326 views • 12 slides

Heteronuclear 2D J spectroscopy Last time we saw how we can separate chemical shift from coupling constants in an hom

Heteronuclear 2D J spectroscopy Last time we saw how we can separate chemical shift from coupling constants in an homonuclear spectrum ( 1 H) using a 2D variation of the spin echo pulse sequence. We basically modify the spin echo delays between

449 views • 9 slides

Chapter 8

Chapter 8. Basic MRI I Dr. Mark D. Herbst. Selective Signal Suppression. Reasons; Increase contrast between tissues Between normal and abnormal in one tissue Between two different normal tissues Usually applied to the whole image

181 views • 6 slides