1. Mazor, G., Ladizhensky, I., Korin, E., Nemirovsky, D., Goldkin, E., "Quench pool boiling with temporary crystalline enhancers", Chemical Engineering & Technology, vol. 37, №. 2, pp. 349-356, 2014; (I.F.=1.7), [SJR=0.525/Q1], {Citations=4}.(*) 

2. Mazor, G., Nemirovsky, D., Ladizhensky, I., Korin, E., Alfi, A., Rabin, A., Yehuda, E., "Accelerated cryogenic cooling caused by the temporary frost layer enhancer", Journal of Heat Transfer ASME, Volume 139, Issue 2, pp.1-7, 2017. (I.F.=1.866), [SJR=0.834/Q1], {Citations=1}.(*) 

3. Mazor, G., Ladizhensky I., Shapiro A., Nemirovsky D.,"Modification of pool boiling regimes by sand deposition", Heat Transfer - Asian Research Jornal, pp. 1-16, 2019. (I.F.=0.99), [SJR=0.31/Q2].

4. Mezhericher, M., Razorenov, N., Mazor, G., Ju Y.and Stone, H.A. "Submicron aerosols of liquid fuels: Method of production, experimental characterization and a semi-empirical model", Applied Energy Journal, Vol. 235, pp. 1651-1663, 2019 (I.F.=7.888), [SJR=3.162/Q1].

5. Mazor G, Rabin A, Ladizhensky I, Shapiro A, Nemirovsky D, Korin E. “Enhancement of Cryogenic Heat Transfer by Temporary Foam Coatings” submitted to Journal of Enhanced Heat Transfer, 13pp .2022 (I.F. = 3.4)

6. Mazor, G., Zemach, E., Lagziel, M., Ladizhensky, I., "A new method of shock-jet dispersion of liquids"; To be submitted to Journal of Fluid Mechanics, 2022 (I.F=2.821). (*)76.

7. Mazor, G., Ladizhensky, I., Nemerovsky, D., "Foam layer as a temporary enhancer for cryogenics quench pool boiling". To be submitted to Cryogenics , 2022 (I.F=1.818). (*)

8. Mazor, G., Rabin, A., Shnek, R., Shapiro, A., Ladizhensky, I., "High temperature hardening with controlled rapid cryogenic cooling of steels". To be submitted to Journal of Metallurgical & Metallurgical Engineering, 2022 (I.F=1.543). (*)

9. Mazor, G., Sahar, N., Nemerovsky, D., Ladizhensky, I., "Accumulation and use of waste heat from air conditioners"; To be submitted to Journal of Energy Storage, 2022 (I.F=3.762). (*)