Functional Brain Imaging |
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Page 15
... function in (1.1.6). Thus given Mf(s) = Γ(s) what is that function which gives rise to this Mf(s). We know that one such function, if there exists many functions, is e−x. Under the conditions of uniqueness for the existence of the ...
... function in (1.1.6). Thus given Mf(s) = Γ(s) what is that function which gives rise to this Mf(s). We know that one such function, if there exists many functions, is e−x. Under the conditions of uniqueness for the existence of the ...
Page 98
... function are the applications of that function and the components of function application are the argument and result. In the original HOOD implementation this is done via an ad-hoc implementation of the observer method. With TH we ...
... function are the applications of that function and the components of function application are the argument and result. In the original HOOD implementation this is done via an ad-hoc implementation of the observer method. With TH we ...
Page 100
... FUNCTION GRAPHS The above function manipulations can be illustrated nicely by drawing pictures. Such pictures are helpful in understanding the ... function. Figure 8.2 Function composition B D C A2 A function 100 CHAPTER 8 Function graphs.
... FUNCTION GRAPHS The above function manipulations can be illustrated nicely by drawing pictures. Such pictures are helpful in understanding the ... function. Figure 8.2 Function composition B D C A2 A function 100 CHAPTER 8 Function graphs.
Contents
Introduction to Brain Imaging | 1 |
Computerized Axial Tomography | 97 |
Magnetic Resonance Imaging | 145 |
Copyright | |
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Functional Brain Imaging William W. Orrison,Jeffrey Lewine,John Sanders,Michael F. Hartshorne Limited preview - 2017 |
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abnormal activity ALFMA arterial auditory Axial axon basal ganglia brain capillary cells central central sulcus cerebral blood flow chemical shift clinical coil computed computed tomography contrast agent cortex cortical decreased demonstrating detection diffusion dipole disease effects encoding epilepsy extracellular field strength FMRI focal frequency functional Gd-DTPA glucose gradient HMPAO infarction inhomogeneous injection lesions Magn Reson magnetic field magnetic resonance imaging mapping measured membrane metabolism methods motor msec neoplasms nerve nervous system neural neuromagnetic neurons normal Nucl nuclei oxygen paramagnetic patients pattern peak perfusion phase positron emission tomography posterior processing projections proton pulse Radon transform rCBF receptors relaxation scan seizures sensitivity sequences signal changes signal intensity slice SMRM Annual Meeting somatosensory spatial SPECT spectra spikes spin echo stimulation studies T2-weighted techniques temporal lobe thalamus tion tissue tumors uptake visual voxel white matter