Estimation Of The Magnetoencephalogram Power Spectrum

Chapters in this book

1. Frontmatter I
2. Preface V
3. List Of Participants VII
4. Contents XV
5. Instrumentation
6. Instrumentation For Biomedical Applications 3
7. Construction And Performance Of The Otaniemi Magnetically Shielded Room 33
8. The Berlin Magnetically Shielded Room (BMSR), Section A: Design And Construction 51
9. The Berlin Magnetically Shielded Room (BMSR) Section B - Performances 79
10. The Berlin Magnetically Shielded Room (BMSR) Section C - Periphery 89
11. Installation Of A Biomagnetic Measurement Facility In A Hospital Environment 95
12. Thick-Walled Conducting Shield In Biomagnetic Experiments 107
13. An Aluminium Shielded Room For Biomagnetic Measurements 113
14. A Superconducting Helmet For Magnetoencephalography With A Squid 117
15. An Integrated System For Magnetic Assessment Of Cardiac Function 123
16. Biomagnetic Measurements In Unshielded, Normally Noisy Environments 139
17. Fundamentals
18. Medical Significance Of The Magnetic Activities Of The Human Body 153
19. Generation Of Magnetic Fields By The Human Body (Theory) 177
20. Biomagnetic Fields And Cellular Current Flow 207
21. Biomagnetic Fields. Cardiomagnetism
22. Cardiomagnetism 219
23. Theory Of The Pr Sequent Of The Human Magnetocardiogram 259
24. High Resolution Cardiomagnetism 273
25. Magnetocardiographic Study Of Some Human Cardiac Electrophysiological Phenomena: Preliminary Observations (+) 283
26. R And T Waves In The MCG And ECG 291
27. On The Recording Of Phase And Amplitude Relationships Between Electrical And Magnetical Cardiac Events 303
28. A Method Of Magnetocardiography For Clinical Use 309
29. Simultaneous Measurement Of The Magnetic Heart Vector Components With The Uni Positional Lead System 319
30. Enhancement Of Magnetocardiograms By Applied Magnetic Fields 327
31. The Influence Of The Torso On The Magnetic Field Of A Current Dipole 337
32. Properties Of An Ideal MCG-Recording System 343
33. Biomagnetic Fields: Neuromagnetism
34. Magnetic Fields Of The Cerebral Cortex 353
35. Transient Evoked Responses: Some Comments On The Use Of Magnetic Recording 403
36. Localization Of Neural Generators Underlying Auditory Evoked Magnetic Fields Of The Human Brain 415
37. Estimation Of The Magnetoencephalogram Power Spectrum 423
38. Evoked Magnetic Fields Reveal Different Visual Areas In Human Cortex 431
39. Application Of A Squid To Measurement Of Somatically Evoked Fields: Transient Responses To Electrical Stimulation Of The Median Nerve 445
40. Sensitivity Distribution In Magnetoencephalography 457
41. Magnetoretinogram And Magneto-Oculogram In Man 463
42. Susceptometry: Magnetopneumography
43. Practical Magnetopneumography Using Fluxgate Magnetometers 475
44. Magnetic Field Measurements On Lungs: A Comparison Between Two Methods 485
45. Evaluation Of Magnetopneumography For Assessing Thoracic Accumulation Of Welding Fume Particulate And Lung Dust Clearance 489
46. Localized-Field Magnetopneumographic Measurements Of Coal Workers And Of Freeze-Dried Lungs 497
47. Susceptometry: Thalassemia Susceptometry
48. Non-Invasive SQUID Diagnosis Of Liver Iron Overload 507
49. Susceptometer For In Vivo Measurements Of Iron Stored In Human Tissue 519
50. Miscellaneous
51. Proposal For An Improvement Of NMR-Imaging By Low-Temperature-squid- Detection Towards Molecular Kinetic Measurements Localized To A Small Sub-Region Of The Sample 535
52. Subject Index 549
53. Author Index 557