Difference between revisions of "Future research"
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| − | This page is a list of questions which need further scientific study. | + | This page is a list of questions of interest to Mars explorers & colonists, which need further scientific study. |
==Martian Super-greenhouse gases== | ==Martian Super-greenhouse gases== | ||
| − | Carbon tetrafluoride (CF4) is an ideal greenhouse gas, but eventually it will be broken down by Ultraviolet (UV) | + | Carbon tetrafluoride (CF4) is an ideal [[Super greenhouse gas[[, but eventually it will be broken down by [[Ultraviolet light]] (UV) by losing a Fluorine atom. The fluorine is HIGHLY reactive, likely combining with CO2 to form COF (which still missing a valence electron, so it will perhaps collect an H, or an OH eventually). The CF3 will eventually form another molecule such as CF3OH or CHF3. |
| − | *What is the duration of COF- in the Martian atmosphere. | + | *What is the duration of COF- in the Martian atmosphere, and its relative warming number? |
| + | *What is the duration of COFH in the Martian atmosphere, and its relative warming number? | ||
| + | *What is the duration of CF<sub>3</sub>H in the Martian atmosphere, and its relative warming number? | ||
| + | *What is the duration of CHF<sub>3</sub> in the Martian atmosphere, and its relative warming number? | ||
| + | *What is the duration of CF<sub>3</sub>OH in the Martian atmosphere, and its relative warming number? | ||
| + | |||
| + | ==Medical effects of long term exposure to 43% gravity== | ||
| + | *What are the long term medical effects of humans or mammals living in Martian [[Low gravity]]? | ||
| + | *What is the minimum gravity needed to avoid long term damage? | ||
| + | |||
| + | ==Radiation protection for short term missions== | ||
| + | *Any EVA is dangerous on Mars. Is the risk of filling sandbags with dirt and placing them on the top of a habitat, lower than the [[Radiation]] risk reduction from having a layer or two of sandbags above you for a ~555 day long stay? | ||
| + | |||
| + | ==Industrial percursors== | ||
| + | *Is it possible for a small, low mass, machine be able to make 3D printing resin for a 3D printer out of Martian materials? | ||
Revision as of 10:44, 22 October 2024
This page is a list of questions of interest to Mars explorers & colonists, which need further scientific study.
Contents
Martian Super-greenhouse gases
Carbon tetrafluoride (CF4) is an ideal [[Super greenhouse gas[[, but eventually it will be broken down by Ultraviolet light (UV) by losing a Fluorine atom. The fluorine is HIGHLY reactive, likely combining with CO2 to form COF (which still missing a valence electron, so it will perhaps collect an H, or an OH eventually). The CF3 will eventually form another molecule such as CF3OH or CHF3.
- What is the duration of COF- in the Martian atmosphere, and its relative warming number?
- What is the duration of COFH in the Martian atmosphere, and its relative warming number?
- What is the duration of CF3H in the Martian atmosphere, and its relative warming number?
- What is the duration of CHF3 in the Martian atmosphere, and its relative warming number?
- What is the duration of CF3OH in the Martian atmosphere, and its relative warming number?
Medical effects of long term exposure to 43% gravity
- What are the long term medical effects of humans or mammals living in Martian Low gravity?
- What is the minimum gravity needed to avoid long term damage?
Radiation protection for short term missions
- Any EVA is dangerous on Mars. Is the risk of filling sandbags with dirt and placing them on the top of a habitat, lower than the Radiation risk reduction from having a layer or two of sandbags above you for a ~555 day long stay?
Industrial percursors
- Is it possible for a small, low mass, machine be able to make 3D printing resin for a 3D printer out of Martian materials?
