In addition, is there any material capable of surviving 9 atmospheres of pressure (Imagine diving down 1 kilometer in the ocean) at the same time? sicne I used Km I might as well use everything else metric.9 atmospheres converts to ~ 1Km deep in the ocean735 Kelvin translates to ~500 Celsius or 932 (1000 for test purposes) FahrenheitIs there ANY material, organic or inorganic that can survive this? Needed for Science project and I appreciate any answers!
Fiber: It is a very fine thread or filamentIt is a natural or man-made substance that has very small widthYarn: Fibers are used to make yarnYarn is also known as threadYarn a fine cord of twisted fibers (of cotton or silk or wool or nylon etc.) used in weavingFabric: Fabric is a woven cloth or sheet like structureYarns are utilized in making fabricFoe making underwear, you would require fabric and threads (for sewing).
Textile fibers are main raw material for final full fashion or clothFibers are spun into yarn which is used to make fabric, may be woven, knit or non wovenThey are single strand contains some special features but fabrics are the result of them at one stageTextile Fibers are categorized into many where natural, semi man made and manufactured are the mainDifferent types of fibers used to produce different category fabric where the fabric performance and features depends on fiber quality, nature and types The process followed to make garments are generally like that fiber Yarn Fabric(knit/woven) Dyeing/Printing Garments Thanks Textile Aid
Fibres are individual strands, particles or pieces of material Fabric is a made up of many fibres that have been joined togetherFor example: Cotton thread is made up of thousands of fibresThe cotton thread is then weaved together to make a peice of fabricTake a look at some rough old rope and you will see all of the fibres sticking out like fur.
Tungsten has the highest melting point of any metal which is why they are used in incandescent light bulbs but it is very dense and very brittle After that there are ceramics and not all will survive on Venus It would also be necessary to refrigerate the electronics of any probe to Venus and only a Stirling engine can do that, however an energy source that can survive the heat would also be hard to find as we rely on temperature differences to use energy A radioactive isotope thermal generator usually uses a themocouple where one side is exposed to the heat of the radioactive isotope and the other to the cooler environment wouldn't work as well when the environment is hotIt may take a nanoscale radioactive battery where infrared photons are converted into electricity directly.
