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Some Unpublished TLS Results*:. Evolution of MH, h min-shear , h max-N 2 on TLS Profiles Compare MH, h min-shear , h max-N 2 on a 2-day scatter plot Examine NBL “top” using TLS( ε ) and Tower (  w 2 ) Upside Down Boundary Layer (TLS + Tower Profiles)

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some unpublished tls results
Some Unpublished TLS Results*:
  • Evolution ofMH, hmin-shear, hmax-N2 on TLS Profiles
  • Compare MH, hmin-shear, hmax-N2 on a 2-day scatter plot
  • Examine NBL “top” using TLS(ε) and Tower (w2 )
  • Upside Down Boundary Layer (TLS + Tower Profiles)
  • Hi-Resolution Entrainment Region Measurements
  • Residual Layer (can be a pretty dynamic region)
  • TLS Profile Showing King-Air Generated Turbulence
  • Lidar, Sodar, TLS Comparison Profiles

JAS (accepted) JAM (in final revision)

* B. Balsley, R. Frehlich, M. Jensen, Y. Meillier

sbl evolution 10 20 99 0707 1216 ut mh o h min shear h max n 2
SBL* Evolution: (10/20/99, 0707-1216 UT) MH (-o-),hmin-shear (____), hmax-N2(……)

*Traditional Boundary Layer

(Profile separation ~ 30 min}

slide7
CASES (10/14/99) 10.8 UT: High Vertical Resolution (~0.25 m) Energy Dissipation Rate (ε) Profiles in the Entrainment Region at 26 Sec. Intervals

Energy Dissipation Rate (ε)

10 20 99 example of a king air exhaust trail advected through a tls profile
10/20/99 Example of a King-Air Exhaust “Trail” Advected Through a TLS Profile

1000 times stronger than

ambient turbulence level

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