[5] DONG WJI Y J. Chloride ion transport and service life prediction of aeolian sand concrete under dry-wet cycles［J］. Science and Engineering of Composite Materials202330(1): 1-11.

[7] LI Y GZHANG H MLIU G Xet al. Multi-scale study on mechanical property and strength prediction of aeolian sand concrete［J］. Construction and Building Materials2020247: 118538.

[8] XUE H JSHEN X DWANG R Yet al. Mechanism analysis of chloride resistance of aeolian sand concrete under wind-sand erosion and dry-wet circulation［J］. Editorial Office of Transactions of the Chinese Society of Agricultural Engineering201733(18): 118-126.

[9] XUE H JSHEN X DLIU Qet al. Analysis of the damage to the aeolian sand concrete surfaces caused by wind-sand erosion［J］. Journal of Advanced Concrete Technology201715(12): 724-737.

[11] TYROLOGOU PDUDENEY A W LGRATTONI C A. Evolution of porosity in geotechnical composites［J］. Magnetic Resonance Imaging200523(6): 765-768.

[12] DE J CANO-BARRITA P FCASTELLANOS FRAMREZ-ARELLANES Set al. Monitoring compressive strength of concrete by nuclear magnetic resonanceultrasoundand rebound hammer［J］. ACI Materials Journal2015112(1): 147-154.