工程爆破新进展4（英文版）

图书标准信息

• 作者 汪旭光 著
• 出版社 冶金工业出版社
• 出版时间 2014-10
• 版次 1
• ISBN 9787502467678
• 定价 150.00元
• 装帧 精装
• 开本 16开
• 纸张 胶版纸
• 页数 530页
• 字数 1269千字

【内容简介】

　　《工程爆破新进展4（英文版）》为炸药与爆破亚太国际会议论文集。书中论文既有反映工程爆破和爆破器材服务于各国重大工程建设的创新成果和技术总结，也有具有前瞻性的理论研究和试验工作，全面反映了亚太地区部分国家工程爆破器材和理论领域近年来所获得的新成就和新经验。
　　《工程爆破新进展4（英文版）》可供从事爆破工程科研、设计、施工的技术人员阅读，也可供从事爆破工作的培训人员和管理人员以及高校相关专业师生参考。

【作者简介】

 汪旭光，1939年12月生，安徽枞阳人，教授级高级工程师，博士生导师，炸药与爆破专家，中国工程院院士，俄罗斯圣·彼得堡工程科学院院士，国家有突出贡献的中青年专家，第六届全国人民代表大会代表，优秀矿冶人，中央企业劳动模范。历任北京矿冶研究总院研究室主任、院总工程师、副院长，现任北京星宇惠龙科技发展有限责任公司董事长、BGRIMM（赞比亚）炸药股份有限公司董事长、中国工程院出版委员会副主任兼《中国工程科学》杂志社社长、总编辑，兼任中国工程爆破协会理事长。2002年当选第八届国际爆破破岩学术会议国际组委会主席。长期从事工业炸药的研制及新产品开发应用研究。多次获得国家及省部级奖励，“EL系列乳化炸药”获1982年国家发明奖二等奖，“BGRIMM乳化炸药的推广应用与混装机械化”获1991年国家科技进步奖二等奖。发表学术论文60余篇，专著6部。

【目录】

1BlastingTheoryScientificandTechnologicalAspectsofBlastActionControlinMineralDepositMiningStudyontheMechanismofLinearShapedJetSplittingTargetBaseduponHigh-Speed3DDICBeyondEnvironmentalVibrationComplianceStudyonCrushProgressofRockinDelayBlastingCamoufietBlastingofaFinite-LengthBoreholeChargeMultibody-DiscretebodyDynamicstoControlBuildingDemolishedbyBlastingMathematicalModelofSeismicImpactonOperatingUndergroundGasPipelinesNumericalAnalysisforBlastingDemolitionoftheSmallerHeight-WidthRatioFramedStructureExplosiveCrateringtoFiniteSizeofEarthStructureNumericalSimulationforEffectofStemminginBlastingEstimationofQuasi-StaticActionofExplosionProductsintheDirectedDestructionofRockDamageCharacteristicsofSurroundingRockSubjectedtoVCRMiningBlastingDynamicFailureMechanismofRockMassUsingSmoothedParticleHydrodynamicsASupernalSecurityRegressionMethodofBlastVibrationNumericalEstimationofCraterSizeoftheRCWallCausedbyBlastingResearchonEnergyConsumptionCharacteristicsandEnergyDensityPerUnitTimeofRockCrushingbyImpactLoadEvaluationofProgressiveCollapseofBlastingDemolitionforCulvertStructuresVerticalShaftBlastingParametersDesignSoftwarebasedonVisualBasicDistributionofBlasting-InducedDynamicEventsinRockMassStudyonNumericalSimulationofRockBlastingBasedonSPHNumericalSimulationAnalysisofHydraulicPressurizedBlastingEffect

2RockFragmentationCharacteristicResponseofRockandRock-likeMaterialstoExplosiveLoadinginControlledExperimentsControlofYieldRateofFinesofDifferentSpecificationofStoneQuarryingwithHighIntensityImprovingtheMethodologyofRockBreakagebyBlastforUndergroundMineralMiningTechnologiesResearchonKeyTechnologyofDigitalRotaryDrillinginSurfaceMinesControlledBlastingforSafeandEfficientMiningOperationsatRampuraAguchaMineinIndiaStudyonTechnologyofCablewayStationTunnelDemolitionBlastinginScenicAreaStudyonOpen-PitPrecisionControlBlastingofEasilyWeatheredRockandItsApplicationInfluenceofPowerCharacteristicsofExplosivesonStrengthPropertiesofPiecesoftheBlown-upMountainWeightLoadAnalysisofHammerCrusherControlledUnderwaterBlastingnearSensitiveStructuresatMithiRiverExtensionProject，Mumbai，IndiaStudyontheEngineeringMethodofExcavatingShaftbyOne-StepSmoothBlastingKinematicCharacteristicsofMovementoftheExplosiveCavityWallinDifferentRocksControlBlastingTechniqueforRockCuttingExpansionofExistingExpresswayEffectofConfiningPressureontheFailureofModelforReinforcedConcreteSlabMemberSuccessfulPracticeofUltra1kmWellsIncreasingWaterBlastingRegularitiesoftheFormationofSubmicronParticlesattheExplosiveDestructionofRocksResearchonBlastingSchemeMatchingSemi-continuousMiningProcessUsedinEastOpenPitRelationshipbetweentheFragmentationEffectandtheBlastWav~ontheControlledBlastingforBreachingTheApplicationofPre-splittingBlastingnearSlopeTechniqueinYuanjiacunIronMineStudyofEnergyCharacteristicsGasifierCartridgesOnpreservationofRawMaterialsDivisionMonolithsofRockMassApplicationofMultiLuntaiMillisecondBlastingTechniqueonLimestoneMineTheSpecificationofGranulometricCompositionofNaturalJointingintheRockMassifbyTheirAverageSizeExamplesofBlastingUsingEmulsionExplosiveinMininginthe200MetersUltraDeepWaterTheTownofRockBlastingEngineeringunderComplexEnvironment

3ExplosivesandInitiationTechniquesSensitivitytoImpactofBinaryMixesonaBasisFluoropolymerF-2MResearchonNon-primaryExplosiveSlapperDetonatorSystemMethodologicalAspectsofPropertiesandBlastEnergyKineticsControlofIndustrialofExplosivesResearchofManufacturingProcessImprovementofExpandedAmmoniumNitrateExplosiveSomeBehaviorCharacteristicsofCondensedCompositeMaterialsinExplosiveProcessesTheComparisonoftheCommercialExplosivesinUnitedStatestothatinChinaandDiscussiononDevelopmentofChineseCommercialExplosivesNonelDetonatorDelay'sErrorandOnebyOneDetonateNetworkProductionofNitroester-BasedExplosivesinRussiaPreliminaryDiscussiononGreeningDesignandAssesmentofIndustrialExplosivesPropertiesofEmulsionMatricesofExplosivesBasedontheBestRussian，KazakhandChineseEmulsifiersAnti-dynamicPressureOverloadsPerformanceandDetonationCharacteristicsofEmulsionExplosivesSensitizedbyMgH2ExplosiveEnergyDistributioninExplosiveColumnCaseStudyofSomeIndianMinesApplicationofDigitalElectronicDetonatorsinBlastingSafetyinConstructionProcess

4SpecialBlastingandDemolitionBlastingBlastingDemolitionof"L"ShapeFrameStructureBuildinginDowntownDistrictDesignandConstructionTechnologyofLargeDockCofferdamDemolitionBlastingExperimentalResearchontheNewTechnologyofExplosiveCladdingStudyontheBlastingTechnologyoftheEmergencyIceBreakingUsedintheNingxia-lnnerMongoliaReachoftheYellowRiverResearchandPracticeofNewTechniqueforBlastingDemolitionofHyperbolicCoolingTowerRemovaloftheExhaustTubeBlastinginComplicatedEnvironmentTrialBlastingTechnologyinDemolitionBlastingofBuildingandItsAnalysisDirectionalBlastingDemolitionof60mBrickChimneyTheIrregularStructureofMeteorologicalOfficeBuildingDemolitionBlastingBlastingDemolitionofUrbanViaduct3.5km（2.175Mile）inLengthWaterPressureBlastinginDemolitionofDomesticArchitectureAnalysisandPractice

5BlastingVibrationandSafetyBlastVibrationImpactAnalysesforWasteDumpStabilityMeasurementandAnalysisofEnvironmentalVibrationCausedbyBlastingExcavationofFoundationPitinTownStateoftheArtReviewofR&DontheBlastVibrationatKIGAMEngineeringBlastingSafetyMonitoringSystemBasedonInternetandCloudComputingBlastingHarmonicsApplicationandResearchonSlightVibrationControlledBlastingTechnologyforMetroTunnelAdjacentIntermediateHighPressureGasPipeGas-DynamicHazardinPresentdayHighlyProductiveMines——PredictionProblemsandSolutionsTheImplementationandApplicationofDemolitionData'sInformationalizedManagerialSystemEffectofBlastInducedGroundVibrationsonGreenConcreteAchievementofSafeDistanceofAirShockWaveinTunnelBlastingTechnologyforSafetyandEnvironmentalControlinBlastingOperationsStudyonBlastingOperationsHazardIdentificationandRiskAssessmentBasedonImprovedEvaluationMethodLECinXiaocishanMineMonitoringofCoalandRockMassConditions，CoalMineAirandExtractionEquipmentStateEffectMechanismofExcavationBlastinginanUnder-CrossTunnelonAirportRunwaySpreadingoutDustandGases，FormedbyBlastingOperationsatErdenetiin-OvooOreOpenPitMineandApplicationofRemoteControl（Firing）SystemforBlastingMechanismoftheShort-delayControlledBlastingintheAirandItsApplicationinAnti-terroristDevelopmentofDamageCriteriaforUndergroundMineStructuresSubjectedtoBlastVibrationfromNeighbouringSurfaceMineBlastingOpenPitMiningImpactontheSurroundingForestEcologicalBenefitsLoadontheAtmospherewithCarryingoutExplosiveWorksinaQuarryTestandStudyontheLowDustBlastingChargeStructureVulnerabilityAssessmentofPressurizedPipelinebySurfaceExplosivesSVMPredictionModelofTunnelBlastingExcavationfortheDestructionoftheAncientGreatWallStudyonControlMeasuresforBlast-InducedGroundVibrationinOpenPitMetalMinebyMeansofNumericalSimulationAnalysisofVibrationEffectsofShallowHighwayTunnelunderBlastingSeismicWavesTheVariousReasonsandthePreventiveMeasuresofMisfireintheNonelDetonationCircuitUsingSublevelPre-splittingBlastingEffecttoReducetheSeismicWaveVelocity