How does the density and rigidity of crystalline space ice generally compare to purely amorphous deposits?
Answer
Crystalline forms are generally more compact and rigid.
Crystalline structures result in a more dense and rigid material compared to the fluffy, porous nature often associated with amorphous ice deposits.
#Videos
What Is Amorphous Ice And Where Is It Found In Space? - YouTube
Related Questions
What is the typical crystalline structure of water ice encountered on Earth?Why does water freeze into amorphous ice when accumulating in the vacuum of space?How does the density and rigidity of crystalline space ice generally compare to purely amorphous deposits?What crucial process, involving radiation exposure over long periods, can convert previously amorphous ice into a more structured form?What physical characteristic must scientists manage when returning a sample of low-density amorphous ice from space to Earth?What is a significant difference between deep space ice composition and ice found on Earth, besides the structure?What finding challenged the long-held astronomical assumption that space ice was exclusively amorphous?What environmental factor, besides initial freezing temperature, heavily influences the final structure of ice on an icy body?What are the volatile components found alongside water ice in primordial remnants like comets and asteroids?How is the state of space ice investigated using remote sensing techniques?