%0 Journal Article
%T ImpactandFrictionSensitivityofEnergeticMaterials:MethodicalEvaluationofTechnologicalSafetyFeatures
%A Aleksandr
%A Smirnov
%A Oleg
%A Voronko
%A Boris
%A Korsunsky
%A Tatyana
%A Pivina
%J »ðըҩѧ±¨
%P 1-8
%D 2015
%R 10.14077/j.issn.1007-7812.2015.03.001
%X KeymethodsdevelopedandusedintheUSSRandintheRussianFederationtodeterminetheimpactandfriction£¿sensitivityofenergeticmaterialsandexplosiveshavebeendiscussed.Experimentalmethodologiesandinstrumentsthatunderlietheassessmentoftheirproductionandhandlingsafetyhavebeendescribed.Studiesofalargenumberofcompoundshaverevealedrelationshipsbetweentheirsensitivityparametersandstructureofindividualcompoundsandcompositions.Therangeofchangeofphysicalandchemicalcharacteristicsforthecompoundsweexaminedcoverstheentireregionoftheirexistence.Theoretical£¿methodologyandequationshavebeenformulatedtoestimatetheimpactandfrictionsensitivityparametersofenergeticmaterialsandtoevaluatethetechnologicalsafetyinuse.Thedevelopedmethodologyischaracterizedbyhighaccuracycalculationsand£¿predictionofsensitivityparameters.
%K energeticmaterials
%K experimentaltesting
%K frictionsensitivity
%K impactsensitivity
%K regressiveanalysis
%K safetyinuse
%K methodicalevaluation
%U http://hzyxb.paperopen.com/oa/DArticle.aspx?type=view&id=201505036