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Table IV-I Surface Co,_dition Changes after each Processing Step

in 4. Title I_l Subtitle Fracture Mechanics Evaluation of GaAs
by Of Gaas, C. P. Chen, C. P. Chen 1984

Table II. Changes in the Surface Properties of Modified Polypropylene Films After 6 Months of Ambient Aging

in Plasmas and Polymers [papo] pp778-papo-461817 March 4, 2003 10:55 Style file version Nov. 19th, 1999
by Plasmas And Polymers, Mark Strobel, Viv Jones, Christopher S. Lyons, Michael Ulsh, Mark J. Kushner, Rajesh Dorai, Melvyn C. Branch

Table 1 Changes of body surface temperature of dairy cows in relation to changes of microclimatic factors (March), mean and S.D. (N 512) Cycles T RH V CWC FP B HP

in Livestock Production Science 77 (2002) 349--353
by Www Elsevier Com, Short Communication, Ivana Knzkova, Petr Kunc, Marie Koubkova, Jan Flusser, Oldrich Dolezal
"... In PAGE 2: ... .1. Experiment 1(March) In March and May, two experiments were made in a barn for 300 dairy cows with loose housing with Detailed data on the changes in the body surface cubicle beds and bedding. The barn featured an open temperature in response to changed microclimatic sidewall with flexible plastic curtains to regulate the conditions are given in Table1 . Air temperatures air flows in the barn, and a ridge opening.... ..."

Table 10: Menus for marking nodes in the display. If all surfaces are currently displayed, any of these settings will affect all surfaces based on the rules in locks section (see Section 8.5.3). If we have a single or current) surface only, then change only that surface.

in unknown title
by unknown authors 2007
"... In PAGE 31: ... Likewise, lead #4 is called 7 , and is located at node 65, and so on, up to lead #32, called 32 , at node 11. Nodes listed in a leadlinks file that is passed to map3d with the -ll option can be marked in a number of ways, described more fully in Table10 in Section 8.... ..."

Table 2 Changes of body surface temperature of dairy cows in relation to changes of microclimatic factors (May), mean and Sd (N 512) Cycles T RH V CWC FP B HP

in Livestock Production Science 77 (2002) 349--353
by Www Elsevier Com, Short Communication, Ivana Knzkova, Petr Kunc, Marie Koubkova, Jan Flusser, Oldrich Dolezal
"... In PAGE 3: ... .2. Experiment 2(May) comparison between temperature changes in Experi- ment 1 (March) and the Experiment 2 (May), Detailed data on the changes in the body surface however, showed that changes in the body surface temperature in response to changed microclimatic temperature in Experiment 2 (May) were smaller. conditions are given in Table2 . A temperature drop The body surface temperature depends on the air of 6.... ..."

Table 2. The table shows the number of iterations required to fold the box for different values of the penalty parameter kp. Also, the relative change in surface area is reported.

in Numerical Folding of Airbags Based on Optimization and
by Christoffer Cromvik, Christoffer Cromvik, C Christoffer Cromvik, Christoffer Cromvik
"... In PAGE 43: ... Three folding problems are tested, fold3, fold4, fold5. Table2 shows a comparison of the algorithms. The method used in the subroutine fmincon is similar to the reference method BFGS SQP ,... In PAGE 44: ...CHRISTOFFER CROMVIK Problem n m L-BFGS 3 SQP L-BFGS 5 SQP L-BFGS 7 SQP BFGS SQP fmincon fold3 30 64 31 29 28 20 10 fold4 48 104 25 10 10 7 11 fold5 66 144 50 47 61 39 64 Table2 . The number of iterations required for the two folding problems.... ..."

Table 3. Acceptable tolerances for cases (a) and (b) for shape changes caused by defects in the manufacturing of the optical surfaces.

in OPTO/MECHANICAL ANALYSIS FOR THE SPACE INTERFEROMETRY PROJECT GAIA M. Cecconi
by Rigoni Bernacca Ph, M. Cecconi, G. Rigoni, P. L. Bernacca 811
"... In PAGE 2: ... To simulate the manufacturing defects, the nominal values of R and K have been independently perturbed at rst for only one aperture (a) and then for both apertures (b). In Table3 the corresponding tolerances acceptable to satisfy coherence condition (appearance of fringes) of the interferometer are reported. Table 3.... ..."

Table 2: Change in free-surface elevation within the air cushion underneath the range finder (mm), for tests in Table 1. Faulty

in Computation of the wavemaking resistance
by Jeffrey C. Harris, Stéphan T. Grilli
"... In PAGE 7: ... (11) (Table 3). Unfortunately, the m/s data did not provide an accurate reading of the wake within the air cushion at this RPM ( Table2 ). Hence only , 6, and 8 m/s are shown in Table 3.... ..."

Table 2 enumerates all of the possible critical-point/sign combinations and their corresponding im- plications on the implicit surface topology. When an implicit surface topology change is detected, the polygonization must be altered to properly represent the new topology.

in Guaranteeing the Topology of an Implicit Surface Polygonization for Interactive Modeling
by Barton T. Stander , John C. Hart 1997
"... In PAGE 10: ... Table2 : The affect of critical point sign on topology. 4.... ..."
Cited by 85

Table 2 enumerates all of the possible critical-point/sign combina- tions and their corresponding implications on the implicit surface topology. When an implicit surface topology change is detected, the polygonization must be altered to properly represent the new topology.

in Guaranteeing the Topology of an Implicit Surface Polygonization for Interactive Modeling
by Barton T. Stander, John C. Hart 1997
"... In PAGE 4: ... Table2 : The affect of critical point sign on topology. 4.... ..."
Cited by 85
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