That's awfully broad. Pretty sure I could find a container that can hold 1 atmo of pressure with both hands closed and one eye tied behind my back.ricfor said:Hello, looking for any info out there on building a small pressurized container for weather balloon experiment. Only needs to withstand heights up to 100,000 ft. Anyone have any experience or advice?
Thanks
Why would you need to pressurize it?ricfor said:Thanks Dave, we're learning...
So 1 atmosphere not too big a deal?
Tell me what you would use if you we`re going to send some cameras up there to play and record audio.
Ah. I wondered if that's where you were going with it.ricfor said:Science experiment, to hear what it sounds like. Sounds like not enough vacuum at 100k ft to make it not audible?
At what height would absence of sound waves make it inaudible?
ricfor said:Doh, of course. Thanks. So you think audio will be...audible?
Interesting, but not exactly a controlled test.Lsos said:This guy that jumped from the balloon at 100000ft said that he couldn't hear anything...and he was going something close to 700mph.
A small pressurized container up to 100,000ft is a device designed to maintain a stable internal pressure while being exposed to high altitudes, typically up to 100,000 feet. It is commonly used for scientific experiments, weather balloons, and space exploration.
A small pressurized container up to 100,000ft works by using a combination of materials, such as lightweight metals or composite materials, to create a strong and airtight structure. It also uses a valve or regulator to control the pressure inside the container, ensuring it remains stable even at high altitudes.
A small pressurized container up to 100,000ft has various applications in the fields of aerospace, atmospheric research, and space exploration. It can be used to carry scientific instruments, collect air samples, or even transport living organisms to high altitudes for research purposes.
The main challenges in designing and using a small pressurized container up to 100,000ft include the need for lightweight and strong materials, as well as the ability to withstand extreme changes in temperature and pressure. Specialized equipment and testing are also required to ensure the container can function properly in high altitude environments.
When using a small pressurized container up to 100,000ft, it is important to follow proper safety precautions, such as wearing protective gear and handling the container with care. It is also essential to properly pressurize and depressurize the container to avoid any potential hazards. Regular maintenance and inspection of the container are also necessary to ensure its safe use.