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Dive into the research topics where Fa-Bin Cao is active.

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Featured researches published by Fa-Bin Cao.


Canadian Metallurgical Quarterly | 2012

Growth of phosphorus concentrating phase in modified steelmaking slags

G M Yang; Xingrong Wu; Liao-Sha Li; Zhaojin Wu; Fa-Bin Cao

Abstract Recycling steel slag to metallurgical process requires removing phosphorus from slag. In this paper, solidification experiments of converter slag modified by SiO2 at three isothermal temperatures with several durations were performed at air conditions from superheating temperature (1520°C). Grain size evolution of P concentrating phase (C2S, dicalcium silicate) was investigated. Results show that crystal size distributions of C2S can be fitted by lognormal distributions, the average size of C2S increases with increasing dwelling time and grows faster at higher holding temperature, and the relationship between average size of C2S and holding time can be best described by equation D = ktm. It is concluded that the growth mechanism of C2S is diffusion controlled, and higher isothermal temperature promotes the growth of C2S. Le recyclage de la scorie de l’acier par un procédé métallurgique nécessite l’enlèvement du phosphore de la scorie. Dans cet article, on discute d’expériences de solidification de scorie de convertisseur modifiée par du SiO4 à trois températures isothermes avec durées variées, effectuées à l’air à partir d’une température de surchauffage (1520°C). On a examiné l’évolution de la taille de grain de la phase de concentration du P (C2S, silicate dicalcique). Les résultats montrent que l’on peut ajuster les distributions de la taille de cristal (CSD) du C2S à une distribution log-normale, que la taille moyenne du C2S augmente avec l’augmentation du temps de résidence et croît plus vite à une température plus élevée de rétention et que la relation entre la taille moyenne du C2S et la durée de rétention est bien décrite par l’équation D = ktm. On conclut que le mécanisme de croissance du C2S est contrôlé par la diffusion et que la température isotherme la plus élevée favorise la croissance du C2S.


Thin Solid Films | 2011

Investigation of red-emission phosphors (Ca,Sr)(Mo,W)O:Eu3+ crystal structure, luminous characteristics and calculation of Eu3+ 5D0 quantum efficiency

Fa-Bin Cao; Liao-Sha Li; Yanwen Tian; Yong-Jie Chen; Xingrong Wu


Journal of Luminescence | 2011

Improved luminescent properties of red-emitting Ca0.54Sr0.16Eu0.08Gd0.12(MoO4)0.2(WO4)0.8 phosphor for LED application by charge compensation

Yong Yan; Fa-Bin Cao; Yanwen Tian; Liao-sha Li


Journal of Alloys and Compounds | 2014

Effect of alloy element on corrosion behavior of the huge crude oil storage tank steel in seawater

Wei-Ming Liu; Qingjun Zhou; Liaosha Li; Zhaojin Wu; Fa-Bin Cao; Zhifang Gao


Optics and Laser Technology | 2014

Sol–gel synthesis of red-emitting [Na0.6La0.8−xEux]2(MoO4)3 phosphors and improvement of its luminescent properties by the co-doping method

Fa-Bin Cao; Li Liaosha; Yanwen Tian; Xingrong Wu


Journal of Materials Science: Materials in Electronics | 2011

Preparation of Eu3+-Y3+ co-doping red-emitting phosphors for white-light emitting diodes (W-LEDs) application and investigation of their optical characteristics

Fa-Bin Cao; Yanwen Tian; Liao-Sha Li; Yong-Jie Chen; Lin-jiu Xiao


Industrial & Engineering Chemistry Research | 2011

Selective Recovery of Valuable Components from Converter Steel Slag for Preparing Multidoped FePO4

Zhaojin Wu; Bei-Feng Jiang; Wei-Ming Liu; Fa-Bin Cao; Xingrong Wu; Liao-Sha Li


Optical Materials | 2011

Sol–gel synthesis of red-phosphors [NaxGd1−x/3−zEuz]MoyW1−yO4 powers and luminescence properties

Fa-Bin Cao; Liao-Sha Li; Yanwen Tian; Zhifang Gao; Yong-Jie Chen; Lin-jiu Xiao; Xingrong Wu


Journal of Luminescence | 2012

Sol–gel synthesis and optical improvement of novel red-emitting [LiY(1−x)Eux][MoyW(1−y)O4]2 powder for white LED applications

Fa-Bin Cao


Journal of Manufacturing Processes | 2017

Corrosion behavior of the high strength low alloy steel joined by vertical electro-gas welding and submerged arc welding methods

Wei-Ming Liu; Hongbo Pan; Liaosha Li; Huihong Lv; Zhaojin Wu; Fa-Bin Cao; Jianhua Zhu

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Xingrong Wu

Anhui University of Technology

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Liao-Sha Li

Anhui University of Technology

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Zhaojin Wu

Anhui University of Technology

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Yanwen Tian

Northeastern University

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Wei-Ming Liu

Anhui University of Technology

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Zhifang Gao

Anhui University of Technology

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Jianhua Zhu

Anhui University of Technology

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Yong-Jie Chen

Shenyang University of Chemical Technology

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Liaosha Li

Anhui University of Technology

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Lin-jiu Xiao

Shenyang University of Chemical Technology

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