JohnChrisBroyles

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weather violent thunderstorm storm schematic ef5 science meteorology tornadoes supercell tornado process severe updraft inflow downdraft ef3 ef4 tornados supercells wind tornadogenesis severe weather rain illustration hail graphic drawing convection 2012. 2010 to march 15 that likely instigated rfd surges prior to high-en the locations of cell merger one for 77 cell merge

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63) Moore, OK EF5 Supercell at 20.34.45 Z (38 Min 45 Sec During Tornado) - Third RFD Surge Will Cause Tornado To Dissipate In 15 Seconds.pdf

Há 1 ano • 20 Visualizações

62) Moore, OK EF5 Supercell at 20.29.08 Z (33 Min 8 Sec During Tornado) - Third RFD Surge Descends Toward Surface and Will Cause Tornado To Diminish.pdf

Há 1 ano • 16 Visualizações

61) Moore, OK EF5 Supercell at 20.23.30 Z (27 Min 30 Sec During Tornado) - Meso-beta 700 mb Jet Passes, Tornado Jogs Left Then Right As Size Decreases.pdf

Há 1 ano • 14 Visualizações

60) Moore, OK EF5 Supercell at 20.17.15 Z (21 Min 15 Sec During Tornado) - Tornado Hits Max Intensity EF5 (1st Time) After Rapid Contraction of Sfc Meso.pdf

Há 1 ano • 10 Visualizações

59) Moore, OK EF5 Supercell at 20.13.30 Z (17 Min 30 Sec During Tornado) - DRC 2 Expansion Peaks - Inflow Channel Cutoff - SVC Diminished.pdf

Há 1 ano • 12 Visualizações

58) Moore, OK EF5 Supercell at 20.08.30 Z (12 Min 30 Sec During Tornado) - DRC 2 Wraps RFD, Expands Sfc Meso - Inflow Channel Narrows - RFD Surge Starts.pdf

Há 1 ano • 11 Visualizações

57) Moore, OK EF5 Supercell at 20.06.00 Z (10 Min During Tornado) - Tornado Reaches Max Width of 1.1 NM - DRC 2 Approaches - Long Inflow Channel Present.pdf

Há 1 ano • 19 Visualizações

56) Descending Reflectivity Core 2 Snapback Process and Intensification To EF5 - Moore, OK EF5 on May 20, 2013.pdf

Há 1 ano • 16 Visualizações

55) Moore, OK EF5 Supercell at 19.56.00 Z (0 Sec During Tornado) - DRC Wraps Into RFD Occlusion As Tornado Begins - Cells Approach Flanking Line.pdf

Há 1 ano • 12 Visualizações

54) Tornadogenesis Sequence for the Moore, Oklahoma EF5 Tornado on May 20, 2013.pdf

Há 1 ano • 10 Visualizações

53) Moore, OK EF5 Supercell at 19.52.53 Z (3 Min 7 Sec Before Tornado) - RFD Occlusion Fully Matured - DRC 1 Rapid Descends - Cells Approach From Southwest.pdf

Há 1 ano • 8 Visualizações

52) RFD Occlusion for Moore EF5 Supercell on May 20, 2013 with Initial State SVC, Inflow Channel, DRC 1, RFD Boundary and FFD Boundary.pdf

Há 1 ano • 6 Visualizações

51) Moore, OK EF5 Supercell at 19.46.00 Z (10 Min Before Tornado) - RFD Surge Accelerates - DRC 1 Strengthens Within Flanking Line Just After Cell Merger.pdf

Há 1 ano • 7 Visualizações

50) Moore, OK EF5 Supercell at 19.42.15 Z (13 Min 45 Sec Before Tornado) - 700 mb Jet Hits Flanking Line - Reinforces RFD Surge - Strengthens Mesocyclone.pdf

Há 1 ano • 6 Visualizações

49) Moore, OK EF5 Supercell at 19.37.53 Z (18 Min 7 Sec Before Tornado) - Impending Cell Merger Behind Flanking Line Will Instigate RFD Surge.pdf

Há 1 ano • 8 Visualizações

47) 208 Case Ranks According To Closeness To 208 Tornadic Supercell Average.pdf

Há 1 ano • 7 Visualizações

46) Tornadogenesis Timescale - Includes Complete Analysis of Tornadogenesis Process for 208 Tornadic Supercells with EF3 to EF5s (May 22, 2008 to Dec 16, 2019).pdf

Há 1 ano • 15 Visualizações

45) Inflow Channel and SVC for Grow, TX Tornado (May 4, 2022) Using WSR-88D Radar Analysis.pdf

Há 1 ano • 6 Visualizações

44) Streamwise Vorticity Current (SVC), Inflow Channel (IC) and Descending Reflectivity Core (DRC) For Grow, TX Tornado (638 pm CDT May 4, 2022) Looking East.pdf

Há 1 ano • 25 Visualizações

43) High-end SVC and Vortex Merger - Bridge Creek, OK EF3 Tornado (May 6, 2015).pdf

Há 1 ano • 14 Visualizações

42) KTLX Hi-res Radar - may 24, 2011 at 21.02.06Z - El Reno EF5 Tornado (Blue), SVC-Supported Tornado (Brown) Just Prior To Vortex Merger.pdf

Há 1 ano • 18 Visualizações

40a) Streamwise Vorticity Current Diminishing on the Moore, OK EF5 Tornadic Supercell - May 20, 2013.pdf

Há 1 ano • 7 Visualizações

40) Four Classic RFD Structure Cases - Developing Inflow Channel, Initial State SVC, RFD Occlusion, RFD Boundary, FFD Boundary, and Internal RFD Slot.pdf

Há 1 ano • 6 Visualizações

39) Inflow Channel Width Sizes.pdf

Há 1 ano • 9 Visualizações

38a) Location of Streamwise Vorticity Current.pdf

Há 1 ano • 85 Visualizações

38) Streamwise Vorticity Current Schematic (Looking West).pdf

Há 1 ano • 101 Visualizações

37) RFD and FFD Boundaries, Inflection Point and SVC (Bowdle, SD EF4 on 5-22-2010 and Seminole, OK EF3 on 5-10-2010).pdf

Há 1 ano • 5 Visualizações

36) Features of a Violent Tornado Supercell (SVC, Inflow Channel, RFD, FFD, Updraft).pdf

Há 1 ano • 38 Visualizações

35) Inflow Channel Characteristics for 208 Cases and For Smaller Samples.pdf

Há 1 ano • 8 Visualizações

33) DRC and Cell Mergers Associated with Formation of Joplin, MO EF5 Tornado (May 22, 2011).pdf

Há 1 ano • 7 Visualizações

48) Top 20 Closest Storms To 208 Storm Tornadogenesis Average.pdf

Há 1 ano • 8 Visualizações

41) Tornadogenesis Anaysis for El Reno, Oklahoma EF5 Tornado on May 24, 2011 - Vortex Merger - El Reno EF5 and SVC-Supported Tornado.pdf

Há 1 ano • 19 Visualizações

34) Complete Cycle of Tornadogenesis for Hattiesburg, MS EF3 Tornado on January 21, 2017.pdf

Há 1 ano • 9 Visualizações

27) DRCs of Different Sizes and Shapes (Smallest Component of DRC Circled Near Tornado Start Time).pdf

Há 1 ano • 8 Visualizações

21) Location of 119 Cell Mergers Associated With Tornado Formation Relative To Hook (Cell Merger 2 and 3 - June 5, 2010 to March 15, 2012).pdf

Há 1 ano • 10 Visualizações

12) Average RFD Surge Times Relative To Tornado Start Time For All 208 Supercells.pdf

Há 1 ano • 5 Visualizações

6a) RFD-FFD Boundary Locations For Six Well-organized HIgh-end Supercells.pdf

Há 1 ano • 24 Visualizações

Supercell Schematic with Violent Tornado over Farmland Including Tornadogenesis Description.pdf

JohnChrisBroyles • Há 1 ano

51) Moore, OK EF5 Supercell at 19.46.00 Z (10 Min Before Tornado) - RFD Surge Accelerates - DRC 1 Strengthens Within Flanking Line Just After Cell Merger.pdf

JohnChrisBroyles • Há 1 ano

50) Moore, OK EF5 Supercell at 19.42.15 Z (13 Min 45 Sec Before Tornado) - 700 mb Jet Hits Flanking Line - Reinforces RFD Surge - Strengthens Mesocyclone.pdf

JohnChrisBroyles • Há 1 ano

53) Moore, OK EF5 Supercell at 19.52.53 Z (3 Min 7 Sec Before Tornado) - RFD Occlusion Fully Matured - DRC 1 Rapid Descends - Cells Approach From Southwest.pdf

JohnChrisBroyles • Há 1 ano

59) Moore, OK EF5 Supercell at 20.13.30 Z (17 Min 30 Sec During Tornado) - DRC 2 Expansion Peaks - Inflow Channel Cutoff - SVC Diminished.pdf

JohnChrisBroyles • Há 1 ano

60) Moore, OK EF5 Supercell at 20.17.15 Z (21 Min 15 Sec During Tornado) - Tornado Hits Max Intensity EF5 (1st Time) After Rapid Contraction of Sfc Meso.pdf

JohnChrisBroyles • Há 1 ano

57) Moore, OK EF5 Supercell at 20.06.00 Z (10 Min During Tornado) - Tornado Reaches Max Width of 1.1 NM - DRC 2 Approaches - Long Inflow Channel Present.pdf

JohnChrisBroyles • Há 1 ano

56) Descending Reflectivity Core 2 Snapback Process and Intensification To EF5 - Moore, OK EF5 on May 20, 2013.pdf

JohnChrisBroyles • Há 1 ano

55) Moore, OK EF5 Supercell at 19.56.00 Z (0 Sec During Tornado) - DRC Wraps Into RFD Occlusion As Tornado Begins - Cells Approach Flanking Line.pdf

JohnChrisBroyles • Há 1 ano

54) Tornadogenesis Sequence for the Moore, Oklahoma EF5 Tornado on May 20, 2013.pdf

JohnChrisBroyles • Há 1 ano

47) 208 Case Ranks According To Closeness To 208 Tornadic Supercell Average.pdf

JohnChrisBroyles • Há 1 ano

46) Tornadogenesis Timescale - Includes Complete Analysis of Tornadogenesis Process for 208 Tornadic Supercells with EF3 to EF5s (May 22, 2008 to Dec 16, 2019).pdf

JohnChrisBroyles • Há 1 ano

45) Inflow Channel and SVC for Grow, TX Tornado (May 4, 2022) Using WSR-88D Radar Analysis.pdf

JohnChrisBroyles • Há 1 ano

44) Streamwise Vorticity Current (SVC), Inflow Channel (IC) and Descending Reflectivity Core (DRC) For Grow, TX Tornado (638 pm CDT May 4, 2022) Looking East.pdf

JohnChrisBroyles • Há 1 ano

43) High-end SVC and Vortex Merger - Bridge Creek, OK EF3 Tornado (May 6, 2015).pdf

JohnChrisBroyles • Há 1 ano

42) KTLX Hi-res Radar - may 24, 2011 at 21.02.06Z - El Reno EF5 Tornado (Blue), SVC-Supported Tornado (Brown) Just Prior To Vortex Merger.pdf

JohnChrisBroyles • Há 1 ano

40) Four Classic RFD Structure Cases - Developing Inflow Channel, Initial State SVC, RFD Occlusion, RFD Boundary, FFD Boundary, and Internal RFD Slot.pdf

JohnChrisBroyles • Há 1 ano

38a) Location of Streamwise Vorticity Current.pdf

JohnChrisBroyles • Há 1 ano

38) Streamwise Vorticity Current Schematic (Looking West).pdf

JohnChrisBroyles • Há 1 ano

37) RFD and FFD Boundaries, Inflection Point and SVC (Bowdle, SD EF4 on 5-22-2010 and Seminole, OK EF3 on 5-10-2010).pdf

JohnChrisBroyles • Há 1 ano

36) Features of a Violent Tornado Supercell (SVC, Inflow Channel, RFD, FFD, Updraft).pdf

JohnChrisBroyles • Há 1 ano

33) DRC and Cell Mergers Associated with Formation of Joplin, MO EF5 Tornado (May 22, 2011).pdf

JohnChrisBroyles • Há 1 ano

32) DRC and Tornado Development Associated with Bennington, Kansas EF3 Tornado on May 28, 2013.pdf

JohnChrisBroyles • Há 1 ano

31) Tornado Forms as DRC Nose Arrives (208 Case Avg) - Difference Radar Scan To Tornado Start Time With Times Averaged In 4 Areas To Determine DRC Timing.pdf

JohnChrisBroyles • Há 1 ano

30) Descending Reflectivity Core Frequency and Location Relative To Tornado Start Location (208 Cases).pdf

JohnChrisBroyles • Há 1 ano

29) DRC Type 1 (37.50_) EF4 at Shawnee, OK (5-19-2013), Type 2 (26.92_) EF4 at Vilonia, AR (4-27-2014) and Type 3 (25.0_) EF5 at Rochelle, IL (4-9-2015).pdf

JohnChrisBroyles • Há 1 ano

28) Estimated First Time DRC Impacts Ground Directly Below DRC Center (63 EF3 to EF5 Supercells with DRCs From May 11, 2014 to Dec 16, 2019).pdf

JohnChrisBroyles • Há 1 ano

27b) DRC at Chetek, WI EF3 (5-16-2017), DRC at Pawnee Rock, KS EF3 (5-16, 2017), DRC for New Orleans East, LA EF3 (2-7-2017), DRC for Katie, OK EF4 (5-9-2016).pdf

JohnChrisBroyles • Há 1 ano

27a) Cell Merger and Drop Sequence for Chillicothe, Texas Supercell on May 16, 2015.pdf

JohnChrisBroyles • Há 1 ano

46a) Conclusion to Tornadogenesis In High-end Tornadic Supercells (Part 2) - The Descending Reflectivity Core, Inflow Channel and Streamwise Vorticity Current.pdf

JohnChrisBroyles • Há 1 ano

weather violent thunderstorm storm schematic ef5 science meteorology tornadoes supercell tornado process severe updraft inflow downdraft ef3 ef4 tornados supercells wind tornadogenesis severe weather rain illustration hail graphic drawing convection 2012. 2010 to march 15 that likely instigated rfd surges prior to high-en the locations of cell merger one for 77 cell merge

Ver mais