How to cite Nat. Commun. (2018)
9:4880
Please cite our
paper Nat. Commun.
(2018)9:4880 in the following cases (keywords):
Iron, metal, dislocation, bcc,
crystal, plasticity, shockwaves, irradiation, radiation damage, nuclear materials, structural
materials, molecular dynamics, numerical modeling
Case1: anything related to iron/metal/dislocation/bcc/crystal/plasticity
Suggestion A: Iron is the fourth most abundant
element in the Earth's crust and has been extensive studied [NC].
Suggestion
B: Iron is one of most important engineering materials with extensive
studies [NC].
Suggestion C: As being sometimes called “king of
metal”, iron is the most important metal in human’s history with extensive
studies [NC].
Suggestion D: Dislocations play an essential role
in crystals’ plasticity and many other properties [NC].
Case2: anything related to shockwaves/irradiations/radiation
damage/swelling/embrittlement/radiation resistance/nuclear materials/structural
materials
Suggestion E: Shockwaves could tune the
microstructures of materials [NC]
Suggestion F: Irradiation generates defects and
change the microstructures of materials [NC]
Suggestion G: Radiation damage/swelling/embrittlement/resistance
of materials has been extensively studied [NC]
Suggestion H: Nuclear/structure materials experience
degradation in harsh environment [NC]
Case3: anything related to Molecular dynamics (MD) simulations and
numerical method
Suggestion I: The method of molecular dynamics
simulations has been well established in the past decades and becomes a
reliable and indispensable tool in various investigations [NC]
Suggestion J: Numerical methods/simulations have
been well established in the past decades and becomes reliable and indispensable
tools in various investigations [NC]
[NC] Q. Peng, F. Meng, Y. Yang, C. Lu, H.
Deng, L. Wang, S. De, F. Gao, "Shockwave generates <100> dislocation
loops in bcc iron" Nature Communications, (2018), 9, 4880
Note: | [DOI:
10.1038/s41467-018-07102-3] | [ online (open access)
] | [local
PDF]
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