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Ahead of WCB within the Warm Sector. Click for the Conceptual Model and Explanation. Ahead of WCB. Ex 3. C. Sensing the PDCB in the lowest levels. Cross-section along Central Branch of the Warm Conveyor Belt (WCB) totally within the WCB. B. A. WCB. Virga Precipitation. Increasing CCB
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Ahead of WCB within the Warm Sector Click for the Conceptual Model and Explanation
Ahead of WCB Ex 3 C • Sensing the PDCB in the lowest levels
Cross-section along Central Branch of the Warm Conveyor Belt (WCB) totally within the WCB B A WCB Virga Precipitation Increasing CCB Moistening Lower Hydrometeor Density Surface Warm Front CCB B A Content under development
Under WCB • This is totally within the warm sector • Only the WCB are sensed • Cloud and precipitation streets will be sensed Click for the Conceptual Model and Explanation
Cross-section along Central Branch of the Warm Conveyor Belt (WCB) totally within the WCB B A WCB oriented for maximum frontal lift WCB Virga Precipitation Increasing CCB Moistening Lower Hydrometeor Density Mixing Zone Precipitation At Surface Surface Warm Front CCB B A Content under development
Behind WCB in the Warm Sector Click for the Conceptual Model and Explanation
Behind WCB • Pre cold front
Cross-section along Central Branch of the Warm Conveyor Belt (WCB) totally within the WCB B A WCB Virga Precipitation Increasing CCB Moistening Lower Hydrometeor Density Mixing Zone Precipitation At Surface Surface Warm Front CCB B B A Content under development
This must be and remain as Slide 31. • The links to the three sections of the airflows that comprise each of the conveyor belts are located at Slide 1,11 and 21. • Slide 11 is always the central, col limited circulation. • This leaves 10 PowerPoint slides for the development of the training material which should be more than adequate.