简介：10月26日,经行署、区两级验收,松岭区完成煤炭行业淘汰落后产能化解过剩产能专项整治工作,提前2个月关闭大兴安岭林业集团煤炭总公司白音河煤矿1号井。按照《黑龙江省煤炭行业淘汰落后产能化解过剩产能专项整治工作方案》和《大兴安岭地区煤炭行业淘汰落后产能化解过剩产能专项整治实施方案》要求,大兴安岭林业集团煤炭总公司白音河煤矿1号井列入关闭计划,于2018年底前淘汰关闭退出。

简介：［1］ChinaCommunicationsSecondHighwaySurveyDesignandResearchInstitute(CCSHSDRI),1996.HighwayDesignHandbook:Subgrade(2ndedn.).Beijing:ChinaCommunicationsPress.(inChinese)［2］GengTading,ChenChuankang,YangWuyangetal.,1978.OnthehighwaynaturalregionalizationofChina.ActaGeographicaSinica,33(1):49-62.(inChinese)［3］HighwayPlanningandDesignInstituteoftheMinistryofCommunications,1986.StandardofClimaticZoningforHighway(JTJ003-86).Beijing:ChinaCommunicationsPress.(inChinese)［4］JillOvik,BjornBirgisson,DavidENewcomb,1999.CharacterizingSeasonalVariationsinFlexiblePavementMaterialProperties.TransportationResearchRecord,1684:1-7.［5］KennedyTKetal.,1994.SuperiorPerformingAsphaltPavement(Superpave):TheProductoftheSHRPAsphaltResearchProgram.SHRP,NationalResearchCouncil,WashingtonD.C.［6］LiBin,1957.Someproblemsaboutregionalizingclimaticzoningforhighway.EngineeringConstruction,5:19-23.(inChinese)［7］LiBin,1959.Explanationsaboutrevisionofnationalclimaticzoningforhighway.Highway,15(SpecialIssue):33-36.(inChinese)［8］LiBin,1980.Chinahighwaynaturalregionalizationofpermafrost.AutomobileandHighway,1:39-55.(inChinese)［9］LiGuishun,1996.TertiaryhighwaynaturalregionalizationofShanxiprovince.ScienceandTechnologyofShanxiCommunication,5:13-18.(inChinese)［10］MaureenAKestler,GordonLHanek,MarkATruebe,2001.Evaluatingmoisturesensorsandmonitoringseasonalmoisturevariationinlow-volumeroads.TransportationResearchRecord,1755:97-107.［11］MohseniA,1996.LTTPSeasonalACPavementTemperatureModels.FHWA,U.S.DepartmentofTransportation,WashingtonD.C.［12］PeterJBosscher,HussainUBahia,SuwithoThomasetal.,1997.Relationshipbetweenpavementtemperatureandweatherdata:Wisconsinfieldstudytoverifysuperpavealgorithm.TransportationResearchRecord,1609:1-11.［13］RabinowSD,RadaGR,TayabjiSDetal.,1993.De

简介：10月16日,柴河林业局柴双公路61—68公里处地质灾害项目迎来终验。由省厅环境处徐建超、省地质环境监测总站董宏志等组成的验收组,对项目进行验收。在外业验收现场,专家对照图纸测量了拦石墙的长、宽、高以及排水沟深度,询问了主动网、被动网规格、型号、尺寸以及施工过程、施工方式和施工细节,对有关问题进行了探讨。

简介：以福建省公路交通情况为基本资料,通过运用ArcGIS的网络分析功能,从时间距离的角度,采用加权平均旅行时间的指标,对福建省公路交通网络体系的可达性情况进行计算、分析,得出福建省公路交通网络体系可达性的区域等级情况,在此基础上分别对第一、二、三阶梯的可达性成因进行分析,并对福建省不同地区的交通可达性进行了比较.