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火炸药学报 2015
ImpactandFrictionSensitivityofEnergeticMaterials:MethodicalEvaluationofTechnologicalSafetyFeaturesDOI: 10.14077/j.issn.1007-7812.2015.03.001, PP. 1-8 Keywords: energeticmaterials,experimentaltesting,frictionsensitivity,impactsensitivity,regressiveanalysis,safetyinuse,methodicalevaluation Abstract: KeymethodsdevelopedandusedintheUSSRandintheRussianFederationtodeterminetheimpactandfriction？sensitivityofenergeticmaterialsandexplosiveshavebeendiscussed.Experimentalmethodologiesandinstrumentsthatunderlietheassessmentoftheirproductionandhandlingsafetyhavebeendescribed.Studiesofalargenumberofcompoundshaverevealedrelationshipsbetweentheirsensitivityparametersandstructureofindividualcompoundsandcompositions.Therangeofchangeofphysicalandchemicalcharacteristicsforthecompoundsweexaminedcoverstheentireregionoftheirexistence.Theoretical？methodologyandequationshavebeenformulatedtoestimatetheimpactandfrictionsensitivityparametersofenergeticmaterialsandtoevaluatethetechnologicalsafetyinuse.Thedevelopedmethodologyischaracterizedbyhighaccuracycalculationsand？predictionofsensitivityparameters.
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