參考文獻/References:
\[1\]康天宇.鋁灰處理與循環利用研究\[D\].沈陽:東北大學,2011.
KANG T Y.Study on Treatment and Recycling of Aluminum Dross\[D\].Shenyang:Northeastern University,2011.
\[2\]張慶建,丁仕兵,馮麗麗,等.分析測試學報\[J\],2012,31(Z1):219-221.
ZHANG Q J,DING S B,FENG L L,et al.Journal of Instrumental Analysis\[J\],2012,31(Z1): 219-221.
\[3\]楊航,申士富,劉海營,等.有色金屬工程\[J\],2019,9(10):117-124.
YANG H,SHEN S F,LIU H Y,et al.Nonferrous Metals Engineering\[J\],2019,9(10): 117-124.
\[4\]GALINDO R,PADILLA I,RODRGUEZ O,et al.Journal of Minerals and Materials Characterization and Engineering\[J\],2015,3(2):55-64.
\[5\]LI Q,YANG Q,ZHANG G,et al.Hydrometallurgy\[J\],2018,182:121-127.
\[6\]BEHESHTI R,MOOSBERGBUSTNES J,AKHTAR S,et al.JOM: the Journal of the Minerals, Metals & Materials Society\[J\],2014,66(11):2243-2252.
\[7\]呂景華,劉靜,閆琳.內蒙古農業大學學報(自然科學版)\[J\],2004,25(1):25-30.
LV J H,LIU J,YAN L.Journal of Inner Mongolia Agricultural University(Natural Science Edition)\[J\],2004,25(1): 25-30.
\[8\]張晨.中國無機分析化學\[J\],2020,10(5):24-27.
ZHANG C.Chinese Journal of Inorganic Analytical Chemistry\[J\],2020,10(5): 24-27.
\[9\]LUCHEVA B,TSONEV T,PETKOV R.Journal of the University of Chemical Technology and Metallurgy\[J\],2005,40(4):335-338.
\[10\]中華人民共和國國家質量監督檢驗檢疫總局.鋼鐵氮含量的測定 惰性氣體熔融熱導法(常規方法):GB/T20124—2006\[S\].北京:中國標準出版社,2006.
General Administration of Quality Supervision, Inspection and Quarantine of the Peoples Republic of China.Steel and IronDetermination of Nitrogen ContentThermal Conductimetric Method after Fusion in a Current of Inert Gas(Roution Method):GB/T20124—2006\[S\].Beijing:Standards Press of China,2006.
\[11\]中華人民共和國工業和信息化部.鋼鐵及合金氮含量的測定 惰性氣體熔融熱導法:YB/T4306—2012\[S\].北京:冶金工業出版社,2012.
Ministry of Industry and Information Technology of the Peoples Republic of China.Steel, Iron and AlloyDetermination of Nitrogen ContentThermal Conductimetric Method after Fusion in a Current of Inert Gas: YB/T4306—2012\[S\].Beijing:Metallurgical Industry Press,2012.
\[12\]叢琳琳,王凡,金英,等.化學分析計量\[J\],2020,29(S1):63-66.
CONG L L,WANG F,JIN Y,et al.Chemical Analysis and Meterage\[J\],2020,29(S1): 63-66.
\[13\]INGASON H T,SIGFUSSON T.JOM: the Journal of the Minerals, Metals & Materials Society\[J\],2014,66(11):2235-2242.
\[14\]LI P,GUO M,ZHANG M.Mineral Processing & Extractive Metallurgy\[J\],2012,121(3):140-146.
\[15\]王皖紅,王锝,李曉怡.資源環境與工程\[J\],2009,23(3):333-334.
WANG W H,WANG D,LI X Y.Resources Environment & Engineering\[J\],2009,23(3): 333-334.
\[16\]王劍云,王雪紅,張光爽.浙江冶金\[J\],2012(2):22-24.
WANG J Y,WANG X H,ZHANG G S.Journal of Zhejiang Metallurgy\[J\],2012(2): 22-24.
\[17\]FUKUMOTO S,HOOKABE T,TSUBAKINO H.Journal of Materials Science\[J\],2000,35(11):2743-2748.
\[18\]姜瀾,邱明放,丁友東,等.中國有色金屬學報\[J\],2012,22(12):3555-3561.
JIANG L,QIU M F,DING Y D,et al.The Chinese Journal of Nonferrous Metals\[J\],2012,22(12): 3555-3561.
\[19\]劉吉.鋁灰渣性質及其中的AlN在焙燒和水解過程中的行為研究\[D\].沈陽:東北大學,2008.
LIU J.Study on the Properties of Aluminum Dross and the Behavior of AlN in it During Roasting and Hydrolysis\[D\].Shenyang:Northeastern University,2008.
\[20\]林芳.中國石油和化工標準與質量\[J\],2014(21):15.
LIN F.China Petroleum and Chemical Standard and Quality\[J\],2014(21): 15.
\[21\]叢琳琳,王凡,田小亭,等.冶金分析\[J\],2018,38(11):43-47.
CONG L L,WANG F,TIAN X T,et al.Metallurgical Analysis\[J\],2018,38(11): 43-47.
\[22\]楊忠梅,李靜.冶金分析\[J\],2020,40(9):87-91.
YANG Z M,LI J.Metallurgical Analysis\[J\],2020,40(9): 87-91.
\[23\]程宏偉.新疆有色金屬\[J\],2014,37(S2):135-136.
CHENG H W.Xinjiang NonFerrous Metals\[J\],2014,37(S2): 135-136.
\[24\]韋京汝,盧燕平.科學與財富\[J\],2015(9):619-620.
WEI J R,LU Y P.Science and Wealth\[J\],2015(9): 619-620.
\[25\]呂長寬,秦群,施意華,等.礦產與地質\[J\],2020,34(3):638-643.
LV C K,QIN Q,SHI Y H,et al.Mineral Resources and Geology\[J\],2020,34(3): 638-643.
\[26\]劉蘭,余志峰,拉毛吉,等.中國標準化\[J\],2018(19):170-173.
LIU L,YU Z F,LA M J,et al.China Standardization\[J\],2018(19): 170-173.
\[27\]朱小凡,歐玉靜,朱江凱,等.甘肅科技\[J\],2019,35(20):14-18.
ZHU X F,OU Y J,ZHU J K,et al.Gansu Science and Technology\[J\],2019,35(20): 14-18.
\[28\]張悅清,何欣凌,豆葉枝,等.鋁工業鏈中鋁灰渣固體廢物浸出毒性特征與管理要求\[C\]//中國環境科學學會科學技術年會論文集(第二卷).北京:中國科學技術出版社,2020:1164-1169.
ZHANG Y Q,HE X L,DOU Y Z,et al.Leaching Toxicity Characteristics and Management Requirements of Aluminum Dross Slag Solid Waste in Aluminum Industry Chain\[C\]//Proceedings of Annual Conference of Chinese Society for Environmental Science (Vol2).Beijing:China Science and Technology Press,2020:1164-1169.
\[29\]戴翔,焦少俊,鄭洋,等.無機鹽工業\[J\],2018,50(11):42-44.
DAI X,JIAO S J,ZHENG Y,et al.Inorganic Chemicals Industry\[J\],2018,50(11): 42-44.
\[30\]焦志偉,劉偉,張濤,等.現代交通與冶金材料\[J\],2019,47(4):19-21.
JIAO Z W,LIU W,ZHANG T,et al.Modern Transportation and Metallurgical Materials\[J\],2019,47(4): 19-21.
\[31\]BISH D L,POST J E.國外礦床地質\[J\],1995(2):31-41.
BISH D L,POST J E.Mineral Geology Abroad\[J\],1995(2): 31-41.
\[32\]馬禮敦.近代X射線多晶體衍射:實驗技術與數據分析\[M\].北京:化學工業出版社,2004.
MA L D.Recent Xray Polycrystalline Diffraction: Experimental Techniques and Data Analysis\[M\].Beijing: Chemical Industry Press, 2004.