Add to ORKGA graphite sample was prepared by heating chemically purified petroleum coke powder to 30oo 0c in an argon atmosphere and its structural -characteristics were determined by various X-ray diffraction methods1-s. The validity of the values obtained for the crystallite size and the lattice distortion proportion is discussed
Two different methods of diffraction profile analysis are presented. In the first, the breadths and ...
Section topographs recorded at different spatial locations and at different rocking angles of a high...
A well-crystallized sample ofpowdered KCI has been distributed among severa! laboratories in order t...
A graphite sample was prepared by heating chemically purified petroleum coke powder to 30oo 0c in an...
The precise unit cell dimension measurement of the reactor graphite is difficult because of a small ...
Synthetic polygranular graphites of various grades and manufacturing routes are used in nuclear reac...
The Scherrer equation which relates the pure diffraction breadth to crystallite size of the diffract...
The structure evolution to nanocrystalline graphite produced by ball milling in n-dodecane has been ...
Synthetic polygranular graphites of various grades and manufacturing routes are used in nuclear reac...
Graphene has been the focus of active research since the isolation of a single crystal layer of grap...
The atomic structure of pure and defective graphite has been modelled using classical many body pote...
Crystallite size determination based on diffraction peak broadening is a widely used technique with ...
Improved graphites for use in fuel elements were developed from artificial graphites and phenolic re...
The construction of the apparatus for production of powder patterns at a definite temperature and th...
The X-ray method of analyzing for size and strain using powder diffraction profiles is a convenient ...
Two different methods of diffraction profile analysis are presented. In the first, the breadths and ...
Section topographs recorded at different spatial locations and at different rocking angles of a high...
A well-crystallized sample ofpowdered KCI has been distributed among severa! laboratories in order t...
A graphite sample was prepared by heating chemically purified petroleum coke powder to 30oo 0c in an...
The precise unit cell dimension measurement of the reactor graphite is difficult because of a small ...
Synthetic polygranular graphites of various grades and manufacturing routes are used in nuclear reac...
The Scherrer equation which relates the pure diffraction breadth to crystallite size of the diffract...
The structure evolution to nanocrystalline graphite produced by ball milling in n-dodecane has been ...
Synthetic polygranular graphites of various grades and manufacturing routes are used in nuclear reac...
Graphene has been the focus of active research since the isolation of a single crystal layer of grap...
The atomic structure of pure and defective graphite has been modelled using classical many body pote...
Crystallite size determination based on diffraction peak broadening is a widely used technique with ...
Improved graphites for use in fuel elements were developed from artificial graphites and phenolic re...
The construction of the apparatus for production of powder patterns at a definite temperature and th...
The X-ray method of analyzing for size and strain using powder diffraction profiles is a convenient ...
Two different methods of diffraction profile analysis are presented. In the first, the breadths and ...
Section topographs recorded at different spatial locations and at different rocking angles of a high...
A well-crystallized sample ofpowdered KCI has been distributed among severa! laboratories in order t...