[1] ping wang, mengbo dai, tiejun chun*, hongming long, jun wei. influence of the gangue compositions on the reduction swelling index of hematite briquettes. metallurgical and materials transactions b, 2021, online 03 may 2021, [2] lixinqian, yifanwang, mingliangliu, yulinhu, tiejunchun*, qingminmeng, hongminglong*, yawang. performance evaluation of urea injection on the emission reduction of dioxins and furans in a commercial municipal solid waste incinerator. process safety and environmental protection, 2021, 146:577-585. [3] 孙业长,代梦博,罗邦曹,何丽萍,春铁军*. 激发剂强化钢渣磁选尾渣胶凝活性的研究,烧结球团,2021,46(1): 8-13. [4] yifan wang, lixin qian, zhengwei yu*, tiejun chun*, hongming long, xuejian wu, jiaxin li. inhibition behavior of pcdd/fs congeners by addition of n-containing compound in the iron ore sintering. aerosol air quality research, 2020. 20(11): 2568–2579. [5] lixin qian, tiejun chun*, hongming long*, qingmin meng. detection of the assimilation characteristic of iron ores: dynamic resistance measurements, international journal of minerals, metallurgy and materials, 2020, 27(1):18-25. [6] tiejun chun, gutian mu, qingmin meng*, hongming long*, ping wang , chuanguang bi. preparation of mgo added iron ore pellets and effects on a pilot scale blast furnace operation. journal of mining metallurgy section b-metallurgy, 2019, 55(2)b:167-175. [7] 穆固天, 春铁军*, 朱梦飞, 王臻, 龙红明. 铁矿烧结过程微细颗粒物排放行为. 钢铁, 2019, 54(7):17-24. [8] lixin qian, tiejun chun*, hongming long*, jiaxin li, zhanxia di, qingmin meng, ping wang. emission reduction research and development of pcdd/fs in the iron ore sintering. process safety and environmental protection, 2018, 117:82-91. [9] 李东升, 春铁军*, 王 臻, 宁 超, 穆固天, 朱梦飞, 龙红明. 高磷铁矿含碳团块直接还原-磁选提铁, 过程工程学报, , (2):375-381. [10] tiejun chun, hongming long*, zhanxi di, xiangyang zhang, xuejian wu, lixin qian. novel technology of reducing so2 emission in the iron ore sintering. process safety and environmental protection, 2017, 105:297-302. [11] tiejun chun, hongming long*, zhanxia di*, ping wang, qingmin meng. influence of microwave heating on the microstructures of iron ore pellets with coal during reduction. ironmaking&steelmaking, 2017, 44(7):486-491. [12] 毕传光, 龙红明, 春铁军*, 张艳华. mgo质量分数对氧化球团性能的影响, 钢铁, 2017, 52(7): 22-26. [13] hongming long, xuejian wu, tiejun chun*, zhanxia di, bin yu. assimilation behavior of calcium ferrite and calcium diferrite with sintered al2o3 and mgo. metallurgical and materials transactions b, 2016, 47(5):2830-2836. [14] hongming long, qingmin meng, tiejun chun*, ping wang, jiaxin li. preparation of metallic iron powder from copper slag by carbothermic reduction and magnetic separation, canadian metallurgical quarterly, 2016, 55(3):338-344. [15] tiejun chun, chao ning, hongming long*, jiaxin li, jialong yang, mineralogical characterization of copper slag from tongling nonferrous metals group china, jom, 2016, 68(9):2332-2340. [16] 春铁军, 宁超,王欢, 李东升, 龙红明, 高志芳. 铁矿烧结过程微细颗粒物(pm10/pm2.5)排放特性及研究进展. 钢铁研究学报, 2016, 28(9):1-5. [17] hongming long, tiejun chun*, ping wang, qingmin meng, zhanxia di, jiaxin li, grinding kinetics of vanadium-titanium magnetite concentrate in a damp mill and its properties, metallurgical and materials transaction b, 2016, 47(3):1765-1772. [18] hongming long, xiaolong chen, tiejun chun*, qingmin meng, ping wang. sulfur balance calculation of new desulfurization technology in the iron ore sintering process, metallurgical research & technology, 2016, 113:107-112. [19] tiejun chun, deqing zhu*. new process of pellets-metallized sintering process (pmsp) to treat zinc-bearing dust from iron and steel company. metallurgical and materials transactions b, 2015, 46(1): 1-4. [20] tiejun chun, hongming long*, jiaxin li. alumina-iron separation of high alumina iron ore by carbothermic reduction and magnetic separation. separation science and technology, 2015, 50(5):760-766. [21] tiejun chun, deqing zhu*, jian pan. simultaneously roasting and magnetic separation to treat low grade siderite and hematite ores. mineral processing and extractive metallurgy review, 2015, 36(4):223-226. |