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When the distance is electrically close to the loop source, the magnetic field falls off as the cube of the distance (1/r3) When the distance is electrically far, we observe an EM plane wave This plane wave falls off inversely with increasing distance (1/r) The point where the magnetic and electric field vectors intersect is at approximately one-sixth of a wavelength (which is also identified as /2 ) The wavelength is the speed of light divided by frequency This formula can be simplified to = 300/f, where is in meters and f is in megahertz This one-sixth wavelength applies to a point source We Now Examine Electric Sources Electric sources, in contrast to the closedloop magnetic source, are modeled by a time-varying electric dipole and is sometimes referred to as a high-impedance field This means that two separate timevarying point charges of opposite polarity exist in close proximity.

The ends of the dipole permit a change in electric charge to be developed This change in electric charge is accomplished by current flowing throughout the dipole s length Using the circuit described above, we represent the electric source by an oscillator s output driving an unterminated antenna When examined in the context of low-frequency circuit theory, we discover that this circuit is not valid We did not take into account the finite propagation velocity of the signal in the circuit (based on the dielectric constant of the nonmagnetic material) in addition to the RF currents that are created herein This is because propagation velocity is finite, not infinite! The assumptions made are that the wire, at all points, contains the same voltage potential and the circuit is at equilibrium The fields created by an electric source are a function of four variables: 1 Current Amplitude in Dipole.

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for me he didn t do so two weeks earlier Ironically, a year after his death, my dissertation suddenly took a sharp turn toward the statistical, and I wish I could have discussed that with him as well So Schrage delivered this paper in which my father described where he thought statistics was headed in the future, at a time in his future when I had mostly nished a book on where I thought it was headed I can t tell you how great it was to hear from him again, even though I wasn t allowed to ask any questions I was struck by several observations that I don t recall hearing him make in person.

The fields created are proportional to the amount of current flowing in the dipole 2 Orientation of Dipole Relative to Measuring Device This is equivalent to the magnetic source variable described above 3 Size of Dipole Fields created are proportional to the length of the current element This is true if the length of the trace is a small fraction of a wavelength The larger the dipole, the lower the frequency that is observed at the termi-.

GRAZING-INCIDENCE X-RAY SPECTROMETRY thin lm, and iron[3 A], chromium[6 A] and titanium[18 A] are put at the surface and each interface, respectively. Interference oscillation is understood visually, and one can see that the intensity at 7 mrad is highest at the surface and exponentially decreases. This angle is therefore still in the evanescent wave region because of the shallow penetration. However, at 8 mrad, the distribution begins to change because of the interference effect. The oscillation becomes clear at 9 mrad and further changes at 10 mrad. In these ways, the interference effect is expected to cause oscillation of intensity at the surface and interfaces as the

where i,meas = Ii,meas is the statistical uncertainty of the measured intensity corresponding to element i.

First, he recognized the importance of graphs, charts, and other forms of descriptive statistics, which he described as the art of putting data before the human mind in a way that is humanely comprehensible The Mindle! He observed that this trend toward visualization in statistics had led to a new respect for puttering about with the data in a relatively informal and unstructured way, which I interpret as developing a seat of the pants understanding through interaction And he understood the growing importance of computers in statistics, suggesting that the cost of calculation must not exceed the value of the information it provided Remember that his essay was written in the era of Free Love but expensive computing, when they would take a device less powerful than a $49 graphing calculator, build a $10 million building around it, and charge people $1,000 an hour to use it.

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