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Difference between revisions of "Powder"

From Online Dictionary of Crystallography

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<font color="orange">مسحوق</font> (''Ar''); <font color="blue">Poudre</font> (''Fr''); <font color="red">Pulver</font> (''Ge''); <font color="black">Polvere</font> (''It''); <font color="purple">粉末</font> (''Ja''); <font color="green">Polvo</font> (''Sp'').
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<font color="orange">مسحوق</font> (''Ar''). <font color="blue">Poudre</font> (''Fr''). <font color="red">Pulver</font> (''Ge''). <font color="black">Polvere</font> (''It''). <font color="purple">粉末</font> (''Ja''). <font color="green">Polvo</font> (''Sp'').
  
  
 
A '''powder''' is defined in EN-1330-11 (2007) as a ''large number of crystallites and/or particles'' (''i''.''e''. grains, agglomerates or aggregates; crystalline or non-crystalline) ''irrespective of any adhesion between them'' and thus can be a loose powder (in the sense of common language), a solid block, a thin film or even a liquid. An ideal powder is represented by a virtually unlimited number of sufficiently sized, randomly oriented and spherical crystallites.
 
A '''powder''' is defined in EN-1330-11 (2007) as a ''large number of crystallites and/or particles'' (''i''.''e''. grains, agglomerates or aggregates; crystalline or non-crystalline) ''irrespective of any adhesion between them'' and thus can be a loose powder (in the sense of common language), a solid block, a thin film or even a liquid. An ideal powder is represented by a virtually unlimited number of sufficiently sized, randomly oriented and spherical crystallites.
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[[Category: X-rays]]

Revision as of 10:03, 17 November 2017

مسحوق (Ar). Poudre (Fr). Pulver (Ge). Polvere (It). 粉末 (Ja). Polvo (Sp).


A powder is defined in EN-1330-11 (2007) as a large number of crystallites and/or particles (i.e. grains, agglomerates or aggregates; crystalline or non-crystalline) irrespective of any adhesion between them and thus can be a loose powder (in the sense of common language), a solid block, a thin film or even a liquid. An ideal powder is represented by a virtually unlimited number of sufficiently sized, randomly oriented and spherical crystallites.