So everything inside the pressurised capsule that was instantly depressurised is evaporated into molecules?
Or would there be parts say larger then a finger length?
I’m not sure it would have gone outward on the load as the pressure just equalises. It isn’t greater on the inside compared to the outside after the implosion.
This is what I think could be it as well. The water isn’t compressible but the air is. The rapid change of pressure could have shocked the acrylic dome. If there were some CAD models of this it would be interesting to simulate it.I have a suspicion there is a strong rebounding force after collapsing a bubble like that. Not of great duration but a shockwave as the water slams into itself from all directions, compressing the air to silly numbers then normalising.
Genuine question, how does scientific research on the wreck benefit anyone or anything?Anyway, the tourists are ruining it. Experts have agreed for years now that constant human activity is destroying the wreck faster than it naturally would be.
Access should be to approved scientific research vessels only and kept to a minimum.
Wonder how much the controller will sell on ebay
Genuine question, how does scientific research on the wreck benefit anyone or anything?
So what is the benefit of studying that?It is a unique opportunity for the study of how life reacts to these things appearing in their environment. It's been down there 111 years and the bacteria causing the rusticles are eating a serious amount of the hull every day - eventually there won't be anything left at all. There was a new species discovered there which has literally been given Titanic in it's Latin name. It was also down there for over 70 years before we found it and started investigating.
So what is the benefit of studying that?
Genuine question, how does scientific research on the wreck benefit anyone or anything?
Genuine question, how does scientific research on the wreck benefit anyone or anything?
hmmh
Also it can give you an idea of how fast things are decaying and how it varies with depth and location, and prove a useful "easy" to locate place to monitor the ecosystem over a long period of time for changes, as opposed to say dropping to a random spot you've got a lovely (relatively) big marker for you to move around with various different environments (open, sheltered etc).One thing I can think of straight away is that the steel used is "pre-nuclear" (or Low Background Steel) and therefore not contaminated by any fallout like steel made today is. This makes it very useful for scientific and medical measuring material. There's probably many other reasons but thats the one that jumps into my head first.