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8. Goodrum PM, McLaren MA, Durfee A (2006) The application of active radio frequency
identification technology for tool tracking on construction job sites. Autom Constr 15(3):292–
302
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Appl Phys 100(1): 014911.1–014911.4
11. Sheikholeslami M, Ganji DD, Javed MY et al (2015) Effect of thermal radiation on magnetohydrodynamics nanofluid flow and heat transfer by means of two phase model. J Magn Magn
Mater 374:36–43
12. Nikitin PV, Rao KVS (2006) Theory and measurement of backscattering from RFID tags.
Antennas Propag Mag 48(6):212–218
13. Sha A, Zhang C, Zhou H (2012) The temperature measuring and evaluating methods based on
infrared thermal image for asphalt-pavement construction. J Test Eval 40(7):1–7
14. Momma T, Matsunaga M, Mukoyama D, Osaka T (2012) Ac impedance analysis of lithium
ion battery under temperature control. J Power Sources 216:304–307
15. Zhang R, Xue A, Gao F (2014) Temperature control of industrial coke furnace using novel
state space model predictive control. IEEE Trans Industr Inf 10(4):2084–2092
16. Viswanathan H, Krishnamoorthy R (2001) A frequency offset estimation technique for
frequency-selective fading channels. IEEE Commun Lett 5(4):166–168
17. Deacu D (2014) RFID loop tags for merchandise identification onboard ships. Adv Mater Res
1036:969–974
18. Hu Q, Lin LS, Qui YP (2013) Design and implementation of ship through lock in river
management system based on rFID. Appl Mech Mater 263:2861–2864
19. Shi X, Tao D, Voss S (2011) RFID technology and its application to port-based container
logistics. J Organ Comput Electron Commerce 21:332–347
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IEEE Int Conf Intell Comput Intell Syst 3:511–514
21. Guo J, Wang T, He Y et al (2019) TwinLeak: RFID-based liquid leakage detection in industrial
environments. In: IEEE conference on computer communications, pp 883–891
22. Periyasamy M, Dhanasekaran R. Assessment and analysis of performance of 13.56 MHz
passive RFID in metal and liquid environment. In: IEEE international conference on
communications and signal processing, pp 1122–1125
23. Erdem E, Zeng H, Zhou J et al (2009) Investigation of RFID tag readability for pharmaceutical
products at item level. Drug Dev Ind Pharm 35:1312–1324
24. Gutierrez A, Nicolalde F D, Ingle A, et al. High-frequency RFID tag survivability in hash
environments. In: IEEE international conference on RFID, pp 58–65
25. Yu Y, Yu X, Zhao Z, Wang D (2017) Influence of temperature on the dynamic reading
performance of UHF RFID system: theory and experimentation. J Test Eval 45:1577–1585
26. Merilampi SL, Virkki J, Ukkonen L et al (2014) Testing the effects of temperature and humidity
on printed passive UHF RFID tags on paper substrate. Int J Electron 101:711–730
27. Mo L, Zhang H (2007) RFID antenna near the surface of metal. In: Antenna, Propagation and
EMC Technologies for Wireless Communications, Microwave, pp 803–806
28. Mo L, Zhang H, Zhou H (2009) Analysis of dipole-like ultra high frequency RFID tags close
to metallic surfaces. J Zhejiang Univer-Sci A 10:1217–1222
29. Barge P, Comba L, Gay P. Effect of different chemical compounds concentration in aqueous
solution on UHF RFID readability. In: International conference onagricultural engineeringCIGR-AgEng 2016-automation, environment and food safety, CIGR-Ageng, pp 1–5
30. Potyrailo RA, Wortley T, Surman C (2011) Passive multivariable temperature and conductivity
RFID sensors for single-use biopharmaceutical manufacturing components. Biotechnol Prog
27(3):875–884
31. Ennasar MA, El Mrabet O, Mohamed K (2019) Design and characterization of a broadband
flexible polyimide RFID tag sensor for NaCl and sugar detection. Progress Electromag Res
94:273–283
107
7. Merilampi SL, Virkki J, Ukkonen L et al (2014) Testing the effects of temperature and humidity
on printed passive UHF RFID tags on paper substrate. Int J Electron 101(5):711–730
8. Goodrum PM, McLaren MA, Durfee A (2006) The application of active radio frequency
identification technology for tool tracking on construction job sites. Autom Constr 15(3):292–
302
9. Hahn DW, Ozisik MN (2012) Heat conduction, 3rd edn. Wiley, New York
10. Huleihil M, Andresen B (2006) Convective heat transfer law for an endoreversible engine. J
Appl Phys 100(1): 014911.1–014911.4
11. Sheikholeslami M, Ganji DD, Javed MY et al (2015) Effect of thermal radiation on magnetohydrodynamics nanofluid flow and heat transfer by means of two phase model. J Magn Magn
Mater 374:36–43
12. Nikitin PV, Rao KVS (2006) Theory and measurement of backscattering from RFID tags.
Antennas Propag Mag 48(6):212–218
13. Sha A, Zhang C, Zhou H (2012) The temperature measuring and evaluating methods based on
infrared thermal image for asphalt-pavement construction. J Test Eval 40(7):1–7
14. Momma T, Matsunaga M, Mukoyama D, Osaka T (2012) Ac impedance analysis of lithium
ion battery under temperature control. J Power Sources 216:304–307
15. Zhang R, Xue A, Gao F (2014) Temperature control of industrial coke furnace using novel
state space model predictive control. IEEE Trans Industr Inf 10(4):2084–2092
16. Viswanathan H, Krishnamoorthy R (2001) A frequency offset estimation technique for
frequency-selective fading channels. IEEE Commun Lett 5(4):166–168
17. Deacu D (2014) RFID loop tags for merchandise identification onboard ships. Adv Mater Res
1036:969–974
18. Hu Q, Lin LS, Qui YP (2013) Design and implementation of ship through lock in river
management system based on rFID. Appl Mech Mater 263:2861–2864
19. Shi X, Tao D, Voss S (2011) RFID technology and its application to port-based container
logistics. J Organ Comput Electron Commerce 21:332–347
20. Wu D, Wang D (2011) Experimental Study of UHF RFID performance in liquid environment.
IEEE Int Conf Intell Comput Intell Syst 3:511–514
21. Guo J, Wang T, He Y et al (2019) TwinLeak: RFID-based liquid leakage detection in industrial
environments. In: IEEE conference on computer communications, pp 883–891
22. Periyasamy M, Dhanasekaran R. Assessment and analysis of performance of 13.56 MHz
passive RFID in metal and liquid environment. In: IEEE international conference on
communications and signal processing, pp 1122–1125
23. Erdem E, Zeng H, Zhou J et al (2009) Investigation of RFID tag readability for pharmaceutical
products at item level. Drug Dev Ind Pharm 35:1312–1324
24. Gutierrez A, Nicolalde F D, Ingle A, et al. High-frequency RFID tag survivability in hash
environments. In: IEEE international conference on RFID, pp 58–65
25. Yu Y, Yu X, Zhao Z, Wang D (2017) Influence of temperature on the dynamic reading
performance of UHF RFID system: theory and experimentation. J Test Eval 45:1577–1585
26. Merilampi SL, Virkki J, Ukkonen L et al (2014) Testing the effects of temperature and humidity
on printed passive UHF RFID tags on paper substrate. Int J Electron 101:711–730
27. Mo L, Zhang H (2007) RFID antenna near the surface of metal. In: Antenna, Propagation and
EMC Technologies for Wireless Communications, Microwave, pp 803–806
28. Mo L, Zhang H, Zhou H (2009) Analysis of dipole-like ultra high frequency RFID tags close
to metallic surfaces. J Zhejiang Univer-Sci A 10:1217–1222
29. Barge P, Comba L, Gay P. Effect of different chemical compounds concentration in aqueous
solution on UHF RFID readability. In: International conference onagricultural engineeringCIGR-AgEng 2016-automation, environment and food safety, CIGR-Ageng, pp 1–5
30. Potyrailo RA, Wortley T, Surman C (2011) Passive multivariable temperature and conductivity
RFID sensors for single-use biopharmaceutical manufacturing components. Biotechnol Prog
27(3):875–884
31. Ennasar MA, El Mrabet O, Mohamed K (2019) Design and characterization of a broadband
flexible polyimide RFID tag sensor for NaCl and sugar detection. Progress Electromag Res
94:273–283