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Table II: Synchrotron radiation parameters in arc magnets Parameter Value

in Dual Aperture High Luminosity Collider at Cornell
by D. Rubin, G. Dugan, A. Mikhailichenko, J. Rogers

Table 3: The six CT slices in the table were retrieved from our pulmonary CT database using six di erent distance/similarity measures. Each column shows the retrieval rankings of the individual images resulting from a search based on a given measure. Those measures that retrieved images with high rankings (1 being the highest), are judged to be superior to those that ranked the images relatively lower.

in Query By Image Example: The Candid Approach
by Patrick M. Kelly, Michael Cannon, Donald R. Hush 1995
Cited by 75

Table 2 Microstructure Model Tests

in Noise in the Price Discovery Process:
by Comparison Of Periodic, Ian Domowitz

Table 1 Radiation specifications.

in unknown title
by unknown authors
"... In PAGE 2: ... The pixel detector will use a similar architecture but with only one data link per module for the two outer layers. The radiation hardness requirements[3] are summarised in Table1 below. Table 1 Radiation specifications.... ..."

Table 2. D$CT A0

in Appears in 34th Annual International Symposium on Microarchitecture, MICRO-34, Austin, Texas, December 2001 1 Direct Addressed Caches for Reduced Power Consumption
by Emmett Witchel Sam, Sam Larsen, C. Scott Ananian, Krste Asanovic 2001
"... In PAGE 4: ... Random permutation is much simpler than inter- procedural analysis, and makes collisions between register numbers much less likely than if every function used the same order. Interference is very low, and is quantified for C programs in Table2 and for Java programs in Table 3. 5.... In PAGE 6: ...2% to 37%. Table2 shows the data cache energy saved, and also the energy saving for the whole processor core including in- struction and data caches. The energy consumption of the data cache relative to the entire core is highly dependent on the implementation.... In PAGE 8: ... tion of the expected improvement if stack accesses were in- cluded in the SUIF C evaluation. Table 3, like Table2 , shows the necessity of offset in- formation. The number of zero offset references (where the dominant and subordinate access are to the same location) is lower in Java than in C because much of the tag check elimination comes from stack accesses on function entry and exit.... ..."
Cited by 25

Table 5. Assessment of artificial microstructures

in International Journal of Fracture 125: 33--50, 2004.
by Numerical Analysis Of
"... In PAGE 14: ...onger than the mode I crack path. This ensures a rather high fracture resistance. However, this toughening mechanism is unstable, since the crack propagates through the carbide network when the network cells are big enough resulting in a very low fracture toughness. Table5 summarizes the assessments for fracture toughness and mechanisms of toughening for different structures. 5.... ..."

Table 3: Contents of CT Image Database

in Experience with CANDID: Comparison algorithm for navigating digital image databases
by Patrick Kelly Michael Cannon 1994
"... In PAGE 8: ...We applied CANDID to this problem of retrieving pulmonary CT imagery from a database containing a total of 220 lung images taken from pulmonary CT studies of 34 di erent patients (see Table3 ). Each image was 512 512 pixels in size, consisting of 12-bit grayscale data.... ..."
Cited by 8

Table 6: Radiation Testing Parameters for DUT A and DUT B Cable Set DUT Radiation Dose Rate Total Dose Length*

in Characterization of a Twelve Channel Optical Fiber, Ribbon Cable and
by Mtp Array Connector, Melanie Ott Ab, Shawn Macmurphy Ab, Patricia Friedberg B
"... In PAGE 6: ...The dose rate and total dose for each test are summarized in Table6 . The cables were placed inside of lead box to eliminate external lower energy reflections and the dose rate inside of the box was measured and used for analysis (Table 6).... ..."

Table 3: Theoretical Growth rates including radiation damping for 21 evenly{spaced bunches. The current is 72 mA and the conditions are those used for Figure 23.

in 2.1 Path Length Change............................... 2
by Daniel B. Fromowitz 1998
"... In PAGE 30: ... Had there been no synchrotron radiation, then some modes would show growth. The reason that 18 bunches were not used in Table3 is that the bunches must be evenly spaced. In other words, M must divide h.... In PAGE 30: ... When M = 18 is used in eqn. 11, the rates bear no resemblance to those in Table3 , the reason being that 18 bunches cannot both be evenly{spaced in CESR be near the null of the RF drive waveform. With 18 bunches, eqn.... In PAGE 30: ...F drive waveform. With 18 bunches, eqn. 8 could not be satis ed with any set of integers M, p,and . When the current is increased, the only multibunch mode that shows growth is the one with the highest index|20 in the case of Table3 with a higher current. Synchrotron radiation suppresses other potential growth modes given the parameters of CESR.... ..."

Table 6: Sensitivity Of The Market Microstructure Model

in Reconciling Competitive And Strategic Approaches To Price Discovery In Financial Markets: The Empirical Evidence
by Elena Asparouhova, Elena Asparouhova, Elena Asparouhova, Peter Bossaerts, Peter Bossaerts, Peter Bossaerts, Charles Plott, Charles Plott, Charles Plott
"... In PAGE 22: ... Signiflcant predictability is recovered in less cases (the F test obviously corrects for the fact that it is easier to flnd evidence of predictability with more predictors). Table6 reveals that our predictors do not lack power. It displays the projections of the previous table at a higher frequency, namely, the count of all transactions.... ..."
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