Are there any crystals that are theoretically possible, but haven't yet been made?Miller Indices: How to deal with some weird(-ish) cases?Testing for asbestos using readily available chemicals and tools?
Are there any crystals that are theoretically possible, but haven't yet been made?
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Are there any crystals that are theoretically possible, but haven't yet been made?
Miller Indices: How to deal with some weird(-ish) cases?Testing for asbestos using readily available chemicals and tools?
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Are there any crystals (that exist at standard temperature and pressure) that are theoretically possible, but haven't yet been made?
For example, the predicted requirements for temperature, pressure, materials etc. for crystallisation to occur are too difficult to achieve.
crystallography
asked 3 hours ago
user52673user52673
1212
$endgroup$
add a comment |
$begingroup$
Are there any crystals (that exist at standard temperature and pressure) that are theoretically possible, but haven't yet been made?
For example, the predicted requirements for temperature, pressure, materials etc. for crystallisation to occur are too difficult to achieve.
crystallography
asked 3 hours ago
user52673user52673
1212
$endgroup$
add a comment |
$begingroup$
Are there any crystals (that exist at standard temperature and pressure) that are theoretically possible, but haven't yet been made?
For example, the predicted requirements for temperature, pressure, materials etc. for crystallisation to occur are too difficult to achieve.
crystallography
asked 3 hours ago
user52673user52673
1212
$endgroup$
Are there any crystals (that exist at standard temperature and pressure) that are theoretically possible, but haven't yet been made?
For example, the predicted requirements for temperature, pressure, materials etc. for crystallisation to occur are too difficult to achieve.
crystallography
crystallography
asked 3 hours ago
user52673user52673
1212
asked 3 hours ago
user52673user52673
1212
asked 3 hours ago
user52673user52673
1212
asked 3 hours ago
user52673user52673
1212
asked 3 hours ago
user52673user52673
1212
1212
add a comment |
add a comment |
1 Answer
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When we are talking about prediction of materials, it is generally about the structure and corresponding free energy, not the crystallization process. That being said there are a huge number of inorganic materials that predicted to be stable yet no one has synthesized them. There are computational databases like Materials Project (https://www.materialsproject.org/) that contain automatically generated (theoretical) structures and their estimated free energy, solubility, magnetic properties, bandgap, stability compared to competing phases etc.
answered 3 hours ago
GregGreg
4,4491428
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1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
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votes
$begingroup$
When we are talking about prediction of materials, it is generally about the structure and corresponding free energy, not the crystallization process. That being said there are a huge number of inorganic materials that predicted to be stable yet no one has synthesized them. There are computational databases like Materials Project (https://www.materialsproject.org/) that contain automatically generated (theoretical) structures and their estimated free energy, solubility, magnetic properties, bandgap, stability compared to competing phases etc.
answered 3 hours ago
GregGreg
4,4491428
$endgroup$
add a comment |
$begingroup$
When we are talking about prediction of materials, it is generally about the structure and corresponding free energy, not the crystallization process. That being said there are a huge number of inorganic materials that predicted to be stable yet no one has synthesized them. There are computational databases like Materials Project (https://www.materialsproject.org/) that contain automatically generated (theoretical) structures and their estimated free energy, solubility, magnetic properties, bandgap, stability compared to competing phases etc.
answered 3 hours ago
GregGreg
4,4491428
$endgroup$
add a comment |
$begingroup$
When we are talking about prediction of materials, it is generally about the structure and corresponding free energy, not the crystallization process. That being said there are a huge number of inorganic materials that predicted to be stable yet no one has synthesized them. There are computational databases like Materials Project (https://www.materialsproject.org/) that contain automatically generated (theoretical) structures and their estimated free energy, solubility, magnetic properties, bandgap, stability compared to competing phases etc.
answered 3 hours ago
GregGreg
4,4491428
$endgroup$
When we are talking about prediction of materials, it is generally about the structure and corresponding free energy, not the crystallization process. That being said there are a huge number of inorganic materials that predicted to be stable yet no one has synthesized them. There are computational databases like Materials Project (https://www.materialsproject.org/) that contain automatically generated (theoretical) structures and their estimated free energy, solubility, magnetic properties, bandgap, stability compared to competing phases etc.
answered 3 hours ago
GregGreg
4,4491428
answered 3 hours ago
GregGreg
4,4491428
answered 3 hours ago
GregGreg
4,4491428
answered 3 hours ago
GregGreg
4,4491428
4,4491428
add a comment |
add a comment |
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