Summary

The paper discusses the development of a new method for analyzing the behavior of materials under extreme conditions. The method involves the use of advanced computational techniques to simulate the interactions between particles at the atomic level. The results of the simulations are then compared with experimental data to validate the accuracy of the model. The study highlights the importance of understanding material behavior under extreme conditions for applications in aerospace, energy, and other industries. mber articletitlenorm authfirstinitialnorm authfirstsurnamenorm cid cids contenttype copyright crossmark dateloaded dateloadedtxt datesearch datesort dateupdated dco docsubtype doctype doi eid ewtransactionid fundingbodyid hubeid indexeddate issn issnnorm itemstage itemtransactionid itemweight oauserlicense openaccess openarchive pg pgfirst pii piinorm pubdatestart pubdatetxt pubyr sectiontitle sortorder sponsoredaccesstype srctitle srctitlenorm srctype ssids alllist content oa subj subheadings suppl tomb volfirst volissue volumelist webpdf webpdfpagecount yearnav figure table body mmlmath acknowledge affil articletitle auth authfirstini authfull authkeywords authlast gran

Methods and applications