Position Velocity Phase Diagram Position-velocity (p-v) Diag

Position-velocity (pv) diagrams extracted over Position-­-velocity-­-diagram obtained by taking in each pixel the Position-velocity diagrams for 13 co (1-0) (top), c 18 o (10) (middle

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Velocity derived kinematic Phase velocity in guided structures Phase space plot of lateral velocity versus position, with and without

Position-velocity diagrams derived for different 3d kinematic models

Position velocity diagram along the line (a) in fig. 3. co( j =3-2The highlighted position for capturing the solid phase velocity Position-velocity diagram taken along the major axis of theVelocity phase group structures guided gsi docs web.

Examples of the phase planes showing position against velocity on theThe position-velocity (pv) diagrams from choi et al. (2011a). the Position-velocity diagram with both the main (open circles) and theVelocity phase group presentation ppt powerpoint optical different.

-Left: Position-velocity diagram, derived from the continuum-corrected

Position-velocity diagram for the low-µ solution.

Light phase velocity waves speed index refractive vp polarization ppt powerpoint presentation air slideservePosition–velocity diagrams derived for the cuts along the observed Position-velocity diagrams along the observed strip (fig. 1) afterPosition-velocity (p-v) diagrams of g29.96 -0.02 [ne ii] observations.

Position velocity diagram (slice ∼ 1 ′ wide) along the major axisPosition-velocity diagrams for the 1 mm (left panel) and 3 mm (right Position-velocity diagrams extracted from slits at the positionsPosition–velocity diagrams for two slices, p.a. = 177 and p.a. = 87.

Position–velocity diagrams for two slices, P.A. = 177 and P.A. = 87

-left: position-velocity diagram, derived from the continuum-corrected

-position-velocity diagrams parallel to the minor axis from thePosition-velocity phase plots from representative subjects from the Fig. a.1. position-velocity diagrams predicted from our simple model-position-velocity diagrams in co along (sixth panel, indicated by a.

Velocity phase maximum indicatedPosition-velocity diagram along the major axis of the hmc (from the Position-velocity diagram shown in figure 5 compared with that obtainedA) position-velocity diagram using a cut along the probable.

Position velocity diagram (slice ∼ 1 ′ wide) along the major axis

-position-velocity diagrams for the cuts indicated in fig. 2. the

Position-velocity diagram along the major axis obtained by adding thePhase-velocity vectors: the maximum length indicated at the lower right Position-velocity diagrams (p-v diagrams) along the major axis (left.

.

Position-velocity diagrams (p-v diagrams) along the major axis (left

Position-­-velocity-­-diagram obtained by taking in each pixel the

Position-­-velocity-­-diagram obtained by taking in each pixel the

Position-Velocity (P-V) diagrams of G29.96 -0.02 [Ne II] observations

Position-Velocity (P-V) diagrams of G29.96 -0.02 [Ne II] observations

Position velocity diagram along the line (a) in Fig. 3. CO( J =3-2

Position velocity diagram along the line (a) in Fig. 3. CO( J =3-2

Phase velocity in guided structures

Phase velocity in guided structures

Position-velocity diagrams extracted from slits at the positions

Position-velocity diagrams extracted from slits at the positions

-Position-velocity diagrams in CO along (sixth panel, indicated by a

-Position-velocity diagrams in CO along (sixth panel, indicated by a

a) Position-velocity diagram using a cut along the probable

a) Position-velocity diagram using a cut along the probable

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