Best SSX CH Diagrams

Best SSX CH Diagrams 6/25/14

Full CH Plane for SSX, 40 to 60 μs Figure 1a : CH plane with positions of all SSX time series in the 40-60 μs range. As for all diagrams here presented, n=5 was used. 15,456 points are plotted, corresponding to signals from 3 directions, 16 channels, 8 helicity settings, and ~40 runs per helicity. Error bars denote standard deviations above and below mean H and C.

Full CH Plane for SSX, 60 to 80 μs Figure 1b : Same diagram as Figure 1a except for the 60-80 μs range instead of the 40-60 μs range. As before, C-H positions of a total of 15456 signals are plotted.

Full CH Plane for SSX, 80 to 100 μs Figure 1c : C-H positions, ensemble average position, and standard deviations for all 15,456 SSX time series in the 80-100 μsrange.

CH Planes for 0.5 mWb and 0.0 mWb stuffing fluxes, 40 to 60 μs (a) (b) (c) Figure 2

CH Plane with Helicity Scan, Channel 1, 40 to 60 μs Figure 3: CH plane with positions of ensemble averages over 3 direction and ~40 shots for 8 helicities (i.e. stuffing fluxes). The color bar is scaled to the range of stuffing flux settings used, in milliwebers.

Varied Embedding Delay, Channels 1 through 12, 40 to 60 μs τ = 2 τ = 4 τ = 6 τ = 8

Best SSX CH Diagrams

Best SSX CH Diagrams

Presentation Transcript

State diagrams Interaction diagrams Sequence diagrams Collaboration diagrams

Force Diagrams

Sequence Diagrams and Collaboration Diagrams

The full CH Plane for SSX

Sequence Diagrams

Venn Diagrams

Systems diagrams

UML Diagrams: Use Case Diagrams

TTT diagrams

Schematic diagrams

Diagrams

ELLINGA ELLINGAM DIAGRAMS M DIAGRAMS

Ray Diagrams

Venn Diagrams

SSX summary: helicity balance and Ohms law

SSX Imaging Technology

Statechart Diagrams - Ch 29

Phase Diagrams Quick Review of Linear Oscillator (Ch.3)

Sequence Diagrams and Collaboration Diagrams

CH comparison of WIND and SSX data (figure 1 from paper draft)

Force Diagrams (Free-body Diagrams)

Interaction diagrams and activity diagrams