[1] 曾強.新疆地區煤火燃燒系統熱動力特性研究[D].徐州:中 國礦業大學,2012.
[2] 任宏偉.煤田火區覆巖裂隙隨溫度的變化規律研究[D].徐 州:中國礦業大學,2018.
[3] WUFUERR,SONG WJ,ZHANGDY,etal.Asurveyof uraniumlevelsinurineandhairofpeoplelivinginacoalmin- ingareainYili,Xinjiang,China[J].JournalofEnvironmental 461 第9期 楊 潔,等:基于多源遙感數據地下煤火空氣滲入/逸散區域研究 Radioactivity,2018,189:168-174.
[4] 曾強.新疆煤田火災煙氣流動與傳熱特性的研究[J].煤炭學 報,2009,34(6):792-796. ZENGQiang.Studyontheregularityofgas/smokeflowand thecharacteristicsofheat-transferwithspontaneouscombus- tioninXinjiangcoalfield[J].JournalofChinaCoalSociety, 2009,34(6):792-796.
[5] 曾強,常心坦.新疆煤田火區火風壓模式研究及其應用[J].煤 炭學報,2007,32(9):955-958. ZENGQiang,CHANGXintan.Studyonthemodeloffire- heatingairflow anditsapplicationto Xinjiangcoal-field fires[J].JournalofChinaCoalSociety,2007,32(9):955-958.
[6] 曾強,王德明,蔡忠勇.煤田火區裂隙場及其透氣率分布特征 [J].煤炭學報,2010,35(10):1670-1673. ZENGQiang,WANGDeming,CAIZhongyong.Thedistribu- tionoffissures/cracksanditspermeabilitywithcoalfirezones [J].JournalofChinaCoalSociety,2010,35(10):1670-1673.
[7] WESSLINGS,KESESLSW,SCHMIDT M,etal.Investiga- tingdynamicundergroundcoalfiresbymeansofnumerical simulation[J].GeophysicalJournalInternational,2008,172 (1):439-454.
[8] 曹代勇,樊新杰,吳查查,等.內蒙古烏達煤田火區相關裂隙研 究[J].煤炭學報,2009,34(8):1009-1014. CAODaiyong,FANXinjie,WUChacha,etal.Studyonthe fracturesrelatedwithcoalfieldfireareainWudacoalfield,In- nerMongolia[J].JournalofChinaCoalSociety,2009,34(8): 1009-1014.
[9] 汪寶存.鄭州市地裂縫遙感識別與監測[J].測繪與空間地理 信息,2015,38(10):64-66. WANGBaocun.Remotesensingrecognitionandmonitoring aboutgroundfissuresinZhengzhou[J].Geomatics&Spatial InformationTechnology,2015,38(10):64-66.
[10] 范洪冬,顧偉,秦勇,等.基于D-InSAR和概率積分法的礦區 大變形地表沉降提取方法[J].中國有色金屬學報(英文版), 2014,24(4):1242-1247. FANHongdong,GU Wei,QINYong,etal.Amodelforex- tractinglargedeformationminingsubsidenceusingD-InSAR techniqueandprobabilityintegralmethod[J].Transactionsof NonferrousMetalsSocietyofChina,2014,24(4):1242-1247.
[11] 康日斐,吳泉源,王菲,等.基于D-InSAR技術的龍口礦區地 表沉降遙感監測研究[J].土壤通報,2016,47(5):1049-1055. KANGRifei,WUQuanyuan,WANGFei,etal.Remotesens- ingmonitoringofsurfacesubsidenceinLongkouminingarea basedonD-InSAR[J].ChineseJournalofSoilScience,2016, 47(5):1049-1055.
[12] 王祥虎.熱力耦合下的煤田火區裂隙演化模擬研究[D].徐 州:中國礦業大學,2015.
[13] KUENZERC,HECKERC,ZHANGJZ,etal.Thepotential ofmultidiurnal MODISthermalband dataforcoalfire detection[J].InternationalJournalofRemoteSensing,2008, 29(3/4):923-944.
[14] 李瑞軍,楊志文,吳士文,等.基于Landsat影像的采煤對地表 植被覆蓋度時空變化的影響研究[J].華北水利水電大學學報 (自然科學版),2020,41(4):52-60. LIRuijun,YANGZhiwen,WUShiwen,etal.Studyonthein- fluencesofcoalminingonthetemporalandspatialvariations ofsurfacevegetationcoveragebasedonLandsatimages[J]. JournalofNorthChinaUniversityofWaterResourcesand Hydropower(NaturalScienceEdition),2020,41(4):52-60.
[15] 楊超元,楊震,李晶.露天采場周邊植被覆蓋度空間變化特征 [J].礦山測量,2019,47(5):27-30. YANG Chaoyuan,YANG Zhen,LIJing.Spatialvariation characteristics of vegetation coverage around open-pit stope[J].MineSurveying,2019,47(5):27-30.
[16] 覃志豪,李文娟,徐斌,等.陸地衛星TM6波段范圍內地表比 輻射率的估計[J].國土資源遙感,2004,61(3):28-32,36,41. TANZhihao,LIWenjuan,XUBin,etal.Estimationofsur- facespecificemissivitywithinthebandoflandsatTM6[J]. RemoteSensingforLandandResources,2004,61(3):28-32, 36,41.
[17] 李苗苗,吳炳方,顏長珍,等.密云水庫上游植被覆蓋度的遙感 估算[J].資源科學,2004,26(4):153-159. LIMiaomiao,WUBingfang,YANChangzhen,etal.Estima- tionofvegetationfractionintheupperbasinofMiyunreser- voirbyremotesensing[J].ResourcesScience,2004,26(4): 153-159.
[18] 蔣衛國,武建軍,顧磊,等.基于夜間熱紅外光譜的地下煤火監 測方法研究[J].光譜學與光譜分析,2011,31(2):357-361. JIANGWeiguo,WUJianjun,GULei,etal.Monitoringmeth- odofundergroundcoalfirebasedonnightthermalinfrared remotesensingtechnology[J].Spectroscopy and Spectral Analysis,2011,31(2):357-361.