Shiv ji,Crater size and yield is mostly mumbo jumbo because if you bury a bomb deep enough you get no crater. If it is too shallow it blows out and produces a enormous crater.
No. It is not mumbo jumbo. It is as precise as the operations you perhaps perform. We have been using these techniques for decades - India was one the first nations to rely on them (after the USSR). So, please do not go down that path. Once the geology of a region is known, it is rather very bland and very predictable.
Please remember that nukes HAD another purpose: peaceful uses - they had proposed to dig a parallel canal in Panama using such nukes. No mumbo jumbo - cannot have that for peaceful uses. It HAS to be predictable for peaceful uses.
I am not sure what you both are looking for.ShauryaT wrote:shiv wrote: DOB: 120, Yield: 45 Soil: Sandstone/Shale Crater: ?
DOB: 120, Yield: 20 Soil: Sandstone/Shale Crater: ?
DOB: 120, Yield: 20 Soil: Sandstone/Shale/Granite Crater: ?
DOB: 120, Yield: 45 Soil: Sandstone/Shale/Granite Crater: ?
Also, repeat the same with DOB as 230. I am probably, more math challenged or lazy than you are. Thanks.
IF it is a crater, then at that depth (120 meters) there will be a crater formed for all four scenarios. The radius will differ for sure.
You can eyeball it from the Toman curves and get the info. It is very trivial.
At 230 meter you get a retarc in all those cases.
That for the nth time!!!!!