Figure 12 definition
Figure 12. Industrial electromagnetic pulse joining system with circular coil Image courtesy of: Poynting GmbH
Figure 12. Some of the SI base units model by using SysML Unit and QuantityKind
Examples of Figure 12 in a sentence
The daily flows into the ENP through S332D, S174 and S18C are presented in Figure 12.
The signals that were produced due to the diode failure are shown in Figure 12.
The Project Team consists of multiple agencies and organizations that have worked together on past initiatives (Figure 12).
Tidegates on Edison Slough, various top-hinged gates and a Self Regulating Tidegate Figure 1-2.
To help think about the steps involved in how covert emotional experience may be translated into overt emotional expression, Figure 1.2 describes a model outlining a series of cognitive evaluative steps involved in this process (▇▇▇▇▇▇▇-▇▇▇▇▇, 1991).
More Definitions of Figure 12
Figure 12. The representation of an electromagnetic wave as it appears in physics textbooks.
Figure 12. Top: The ion-implanted test chip overlayed with the activity distribution. The red box highlights the absorbers which were connected to the RoS-M MMCs. Bottom: Photography of a MMC setup with ion-implanted gold absorbers. The 170 µm × 170 µm × 24 µm microfabricated absorbers were glued on an aluminum holder and wire-bonded to the RoS-M MMCs using 25 µm in diameter gold wires. Both spectra (Figure 13), the one caused by the EC decay of 55Fe deposited by drop deposition (blue) and by ion-implantation (orange) are limited by suboptimal experimental conditions. The statistics are quite low with about 1.4 × 105 events (ion-implanted) and 3.2 × 106 events (drop deposited) in the part of the spectra above
Figure 12. On the left: modulus of the evolved state for the 4-to-1 propagation performed by one 15j (j0 = 30). On the right: its real and imaginary (dashed) part. CPU time with a 1.8 Ghz processor: few seconds
Figure 12. PrDP Test Sheet – Pass/Fail certified on front (left), practical test result on back (right)
Figure 12 lateral load waste collector (Mercedes-Benz Atego 2532L) of the SAV fleet used during the tests. OBD II port and OBD II reader are shown at the right. Figure 13: collector truck of voluminous waste (Mercedes-Benz Atego 1523) of the SAV fleet used to test the truck traceability system. In this case, the OBD II is not supported.
Figure 12. Stacked GPC traces for starting pDEGMA macro-CTA (green) and chain extended pDEGMA-b-HMA product (blue) using optimized conditions Table 1: Summary of physical characteristics of diblock-co-polymers, BcP1-4
Figure 12. The effective multiplication factor as a function of the vapour content of the coolant at different primary loop pressures. The errorbars represent the 2σ ▇▇▇▇▇-▇▇▇▇▇ variance of the k-effective values. 70 bar 10 bar 1 bar