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Wiki (ID) Walter Bislin's Blog-En (Bloge)
Version 69
Owner wabis
DateCreated 7/17/2019 11:14:09 PM
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Author wabis
DateChanged 10/29/2020 7:41:49 PM
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Content Data
Keywords FlatEarth, Knowlegde, Science, Experiment
Headers Overview
Execution
Location
Choosing Target Heights
Size and Placement of the Targets
Predictions for Bedford Targets
Results for Bedford Targets
Predictions for Tangent Targets
Results for Tangent Targets
GPS Vectors
Visualizing GPS Vectors
Measuring the Radius of the Earth
Refraction
Measuring Refraction
Strong Refraction
Night Observations
Drone Observations
Data and Tools
Conclusion
Videos
References
Links Image:BlogRainyLake.jpg
Finding the Curvature of the Earth: Stand-Alone App
Rainy Lake Experiment: in a Nutshell
Rainy Lake Experiment: Equipment
Rainy Lake Experiment: Targets
George Hnatiuk
Jesse Kozlowski
Soundly
Walter Bislin
Rainy Lake Experiment: GNSS Data Viewer
Image:RainyLakePanorama.jpg
Image:RainyLakeLocationGoogleEarth.jpg
Rainy Lake Experiment: Location Graph and Data
Image:RainyLakeDesignFE.PNG
Image:RainyLakeDesignGlobe.PNG
Image:RainyLakeTargetHeightCalc.png
Rainy Lake Experiment: Equations
Image:RainyLakeTargetDesign.png
Image:RainyLakeAngularSizeScheme.PNG
Image:RainyLakeLowerTargetsPrediction.png
The Rainy Lake Experiment
Image:RainyLakeResultLowerTargetsGlobePrediction.png
Image:RainyLakeResultLowerTargetsFEPrediction.png
Image:RainyLakeResultLowerTargetsGlobePicture.png
Image:RainyLakeResultLowerTargetsGlobeOverlay.png
Image:RainyLakeUpperTargetsPrediction.png
Image:RainyLakeResultUpperTargetsGlobePrediction.png
Image:RainyLakeResultUpperTargetsFEPrediction.png
Image:RainyLakeResultUpperTargetsGlobePicture.png
Image:RainyLakeResultUpperTargetsGlobeOverlay.png
Image:RainyLakeResultUpperTargetsGlobePrediction2.png
Image:RainyLakeResultUpperTargetsFEPrediction2.png
Image:RainyLakeResultUpperTargetsGlobePicture2.png
Image:RainyLakeResultUpperTargetsGlobeOverlay2.png
Rainy Lake Experiment: WGS84 Calculator
Image:2018-06-14 Rainy Lake All Data.png
Image:RainyLakeGeoViewBedfordTargets.jpg
Image:RainyLakeGeoViewTangentTargets.jpg
Image:RainyLakeMeasuringRadiusOfEarth.png
Method to calculate the Radius of the Earth from 3 Points
Comparison of Globe and Flat-Earth Model Predictions with Reality
Image:Graph-Refraction-Angle.png
Deriving Equations for Atmospheric Refraction
Finding the curvature of the Earth
Simulation of Atmospheric Refraction
Image:RainyLakeGlobeRefrSim.jpg
Image:RainyLakeFERefrSim.jpg
Image:RainyLakeReafractedLightRays.png
Image:RainyLakeHorizonGraphExplained.png
Image:RainyLakeRefracLow.jpg
Image:RainyLakeRefracSuper.jpg
Image:RainyLakeSuperRefractionTL1.jpg
Image:RainyLakeSuperRefractionTL2.jpg
Image:RainyLakeSuperRefractionTL3.jpg
Image:RainyLakeSuperRefractionTL4.jpg
Image:RainyLakeSuperRefractionTL5.jpg
Image:RainyLakeSuperRefractionTL6.jpg
Image:RainyLakeLowRefrCompareTangentTargets.jpg
Image:RainyLakeHighRefrCompareTangentTargets.jpg
Image:RainyLakeLanternT2.jpg
Image:RainyLakeLanternTopcon.jpg
Image:RainyLakeLanternPixel.jpg
Image:RainyLakeDrop1.jpg
Image:RainyLakeDrop2.jpg
Image:RainyLakeDrop3.jpg
Image:RainyLakeDrop4.jpg
Image:RainyLakeDrop5.jpg
Image:RainyLakeDrop6.jpg
Image:RainyLakeDrop7.jpg
Image:RainyLakeDrop8.jpg
Rainy Lake Experiment: GNSS Data Files
Refraction Coefficient as a Function of Altitude
Rainy Lake Experiment: Comments
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Date Thursday, February 25, 2021
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