1979
DOI: 10.1016/0025-5408(79)90239-3
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Materials for magnetic recording derived from chromium dioxide

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Cited by 10 publications
(1 citation statement)
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“…Three important ways have been mainly explored : (i) the stabilization of fine divided particles for different applications [28], (ii) the crystal growth [29], (iii) the sintering in order to prepare dense ceramics [30]. The development of solvothermal reactions [31,32] has opened a new route for elaborating microcrystallites for catalytic applications [33] or as magnetic recording pigments [34]. Pressure parameter has greatly help the sintering of ceramics leading to a high value of the compacity [35].…”
Section: Shaping Of Materials Under High Pressuresmentioning
confidence: 99%
“…Three important ways have been mainly explored : (i) the stabilization of fine divided particles for different applications [28], (ii) the crystal growth [29], (iii) the sintering in order to prepare dense ceramics [30]. The development of solvothermal reactions [31,32] has opened a new route for elaborating microcrystallites for catalytic applications [33] or as magnetic recording pigments [34]. Pressure parameter has greatly help the sintering of ceramics leading to a high value of the compacity [35].…”
Section: Shaping Of Materials Under High Pressuresmentioning
confidence: 99%