On deoxidation and modification of carbon steel by E. I. Marukovich, V. Yu. Stetsenko, A. V. Stetsenko

Subjects: “…deoxidation…”
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THE ROLE OF THE DIFFUSION DEOXIDATION IN ACID PROCESS by M. S. Shramko, A. V. Malyj, V. I. Minakova, A. D. Leshchenko, O. A. Djachenko

“…The processes of diffusion deoxidation of the metal the electric furnaces with acid fettling in the production of the component parts for rolling stock are considered. …”
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Deoxidation in molten steel by liquefied petroleum gas by WANG Hai-jun, WANG Jian-jun, MENG Yu-yong, CHANG Li-zhong, ZHOU Li

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REVIEW OF THE METHODS OF INTENSIFICATION OF DIFFUSED PROCESSES OF OXIDES DEOXIDATION by A. N. Krutilin, M. N. Kuharchuk, O. A. Sycheva

“…Influence of pressure of gas phase, irradiation, physical and mechanical and electro-physical ways of influence on intensification of diffused processes of oxides deoxidation is examined.…”
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INFLUENCE OF SILUMIN DEOXIDIZER-MODIFIER ON THE STRUCTURE OF STEEL INGOTS by V. Ju. Stetsenko, A. P. Gutev, V. V. Novikov

“…It is shown that introduction of structural-superfine silumin deoxidizer-modifier allows to decrease the quantity of input into liquid steel lump and tribe-hardware deoxidizers more than by 30%, to reduce the defects of ingots by liquating stripes half, to reduce the content of sulphur in steel by 11–26% and of phosphorus by 12–42% and also to grind the steel grade 2–8 times as much.…”
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APPLICATION OF THE AL-CONTAINING FERRO-ALLOYS FOR THE STEEL DEOXIDATION by S. G. Melnik, A. I. Trotsan, A. A. Onishchenko, B. F. Belov

“…Technological and economic efficiency of steel deoxidation with ferroaluminum were confirmed. Found that the replacement of secondary aluminum AB87 to Ferroaluminum FA30 to recovery of aluminum was secured to 17.0–19.9% compared to 11.8–13.1% for deoxidation of the steel by conventional techniques.…”
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Deoxidation of Titanium Using Ytterbium-Halide-Flux Method by Takanari OUCHI, Kenta AKAISHI, Gen KAMIMURA, Toru H. OKABE

Subjects: “…deoxidation…”
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Thermodynamic regularities of deoxidation processes and technology of cord steel production by I. V. Ivanov, D. S. Jakshuk, V. V. Filippov, E. I. Leinveber, A. N. Parshikov

“…Technology of differentiated deoxidation of cord types of steel is worked out, allowing to reduce non-metallic steel pollution and, as a result, to reduce end breakage at metal cord laying.…”
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Influence of deoxidizing powder on the internal surface of hot-rolled pipes by O. V. Rozhkova

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INVESTIGATION OF POSSIBILITY OF THE SILICON CARBIDE USING FOR DEOXIDATION AND ALLOYING OF STEEL by M. E. Kontanistov, A. V. Olenchenko

“…The carried out work on investigation of the possibility of using of silicon carbide for the steel deoxidation and alloying showed that using of silicon carbide is economically expedient on medium-carbon, high-carbon and cord types of steel.…”
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Refinement mechanisms of inclusions in steel by Ti-Mg complex deoxidation by ZHENG Wan, LIU Lei, LI Guang-qiang, WU Zhen-hua, ZHU Cheng-yi

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CONTROL OF THE STEEL DEOXIDATION PROCESS USING DETERMINATIONS OF OXYGEN ACTIVITY IN METAL by S. V. Terletski, A. V. Olenchenko, V. V. Pivtsaev

“…The technology of deoxidation of steel at output out of blast-steel furnace with consequent casting at MNLZ of small size with open metal spray is worked out.…”
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Titanium deoxidation mechanism probed using an electron beam melting method by Hyun chul Kim, Namhun Kwon, Jae-Hong Shin, Dong hyun Kim, Soong Ju Oh, Kyoung-Tae Park

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Effect of aluminum consumption and oxygen potential at final deoxidation on nozzle clogging of IF steel by LI Xiang, BAO Yan-ping, WANG Min, LIN Lu

“…The aluminum consumption tends to increase with the improvement of oxygen potential at final deoxidation. When the oxygen potential at final deoxidation is more than 600×10-6, the aluminum consumption may exceed 3.0 kg·t-1. …”
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Effect of Ti-Mg complex deoxidation on the microstructure and impact properties of HAZ in steel by SONG Ming-ming, SONG Bo, HU Chun-lin, XIN Wen-bin, SONG Gao-yang

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FAST-COOLED COMPLEX MODIFIER-DEOXIDIZER FOR OUT-OF-FURNACE PROCESSING OF FOUNDRY STEEL by A. G. Slutskij, A. S. Kalinichenko, V. A. Shejnert, G. A. Tkachenko

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Nonmetallic inclusion removal of Si-Mn deoxidized steel by nitrogen absorption and release method by ZHANG Jie, LIU Jian-hua, YAN Bo-jun, LI Kang-wei, LIU Hong-bo, YU Sai-jian

Subjects: “…si-mn deoxidized steel…”
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Optimizing deoxidizer in maraging steel for additive manufacturing: Impact on oxide refinement and impact toughness by Chao Wang, Xinyi Yang, Lilin Wang, Xin Lin, Geng Liu, Jie Su, Yajing Sun, Weidong Huang

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Effects of Ti-Mg complex deoxidation and sulfur content on the characteristics of inclusions and the precipitation behavior of MnS by ZHENG Wan, WU Zhen-hua, LI Guang-qiang, ZHU Cheng-yi

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Evolution behavior of oxide inclusions in Si-Mn deoxidized steel during billet heating process by Nie X.-L., Xu Q., Xie X., Li J.-L.

Subjects: “…si-mn deoxidized steel…”
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