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Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment
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E. Aslan Et Al. , "Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment," ADVANCED POWDER TECHNOLOGY , vol.33, no.2, 2022

Aslan, E. Et Al. 2022. Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment. ADVANCED POWDER TECHNOLOGY , vol.33, no.2 .

Aslan, E., Bulut, M., Grijalbo, A., & ÇİÇEK, B., (2022). Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment. ADVANCED POWDER TECHNOLOGY , vol.33, no.2.

Aslan, Emre Et Al. "Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment," ADVANCED POWDER TECHNOLOGY , vol.33, no.2, 2022

Aslan, Emre Et Al. "Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment." ADVANCED POWDER TECHNOLOGY , vol.33, no.2, 2022

Aslan, E. Et Al. (2022) . "Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment." ADVANCED POWDER TECHNOLOGY , vol.33, no.2.

@article{article, author={Emre Aslan Et Al. }, title={Effect of the milling method and particle structure on the color tone of (Cr, Fe)(2)O-3 inorganic black masterbatch pigment}, journal={ADVANCED POWDER TECHNOLOGY}, year=2022}