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| 2.) | Chaichi A; Prasad A; Parambil LK; Shaik S; Ettefagh AH; Dasa V; Guo SM; Osborn ML; Devireddy, R; Khonsari MM: Improvement of Tribological and Biocompatibility Properties of Orthopedic Materials Using Piezoelectric Direct Discharge Plasma Surface Modification, ACS BIOMATERIALS SCI. ENG. 5 (5) 2147-2159 (2019) WoS
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| 3.) | R. J. Wandell, H. Wang, R. K. M. Bulusu, R. O. Gallan, B. R. Locke: Formation of Nitrogen Oxides by Nanosecond Pulsed Plasma Discharges in Gas–Liquid Reactors, Plasma Chem. Plasma Process. 39 (3), 643-666 (2019), WoS
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| 4.) | Zarei T; Dorranian D: Investigating the Optimized Physical and Electrical Operating Condition of DC Pulsed Spark Discharge Over Water Surface Generated by Different Input Parameters, IEEE TRANS. PLASMA SCI. 47 (8) 3949-3959 (2019), WoS
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| 5.) | Kelly S; Sullivan JA: CO2 Decomposition in CO2 and CO2/H-2 Spark-like Plasma Discharges at Atmospheric Pressure, CHEMSUSCHEM 12 (6) 3785-3791 (2019), WoS
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| 6.) | S. Li, J. A. M. Jimenez, V. Hessel, F. Gallucci: Recent Progress of Plasma-Assisted Nitrogen Fixation Research: A Review, Processes 2018, 6 (12), 248
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| 7.) | Sosnin EA; Didenko MV; Panarin VA; Skakun, VS; Tarasenko VF; Liu DPP; Song Y; NOx formation in apokamp-type atmospheric pressure plasma jets in air initiated by a pulse-repetitive discharge, INT. CONF. ATOMIC AND MOLECULAR PULSED LASERS XIII; Eds: Tarasenko VF; Kabanov AM; Book Ser.: Proceedings SPIE 10614, UNSP 106141I (2018) WoS
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| 9.) | Liu, F; Li J; Wu F; Nie L; Lu X: Effect of external electric field on helix plasma plume, J. PHYS. D-APPL. PHYS. 51 (29) 294003 (2018) WoS
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| 10.) | Xiang QS; Kang CD; Niu LY; Zhao DB; Li K; Bai YH: Antibacterial activity and a membrane damage mechanism of plasma- activated water against Pseudomonas deceptionensis CM2, LWT-FOOD SCI. TECHNOL. 96,395-401(2018) WoS
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| 11.) | Sosnin EA; Goltsova PA; Panarin VA; Skakun VS; Tarasenko VF; Didenko MV: Formation of Nitrogen Oxides in an Apokamp-Type Plasma Source, RUSSIAN PHYS. J. 60 (4) 701-705 (2017) WoS
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| 12.) | Lu P; Boehm D; Bourke P; Cullen PJ: Achieving reactive species specificity within plasma-activated water through selective generation using air spark and glow discharges, PLASMA PROCESS. POLYM. 14 (8) e1600207 (2017) WoS
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| 13.) | Ma S; Kim K; Huh J; Hong Y: Characteristics of microdischarge plasma jet in water and its application to water purification by bacterial inactivation, SEPARATION PURIFICATION TECHNOL. 188, 147-154 (2017) WoS
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| 14.) | Li YL; Pan J; Ye GP; Zhang Q; Wang J; Zhang J; Fang J: In vitro studies of the antimicrobial effect of non-thermal plasma-activated water as a novel mouthwash, EUR. J. ORAL SCI. 125 (6) 463-470 (2017) WoS
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| 15.) | Malik M.A.: Nitric Oxide Production by High Voltage Electrical Discharges for Medical Uses: A Review, Plasma Chem Plasma Process (2016) 36, 737–766, SCI cit. 39
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| 16.) | Bartis, E. A. J.; Luan, P.S.; Knoll, A.J.; Graves D.B., Seog J., Oehrlein G.S.: A comparative study of biomolecule and polymer surface modifications by a surface microdischarge, EUROPEAN PHYS. J. D 70, 25 (2016), SCI cit.
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| 17.) | Pintassilgo, C.D.; Welzel, S.: Time-dependent coupled kinetics and gas temperature in N-2-NO pulsed discharges, EUROPEAN PHYS. J.-APPL. PHYS. 76: 10801 (2016), SCI cit.
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| 18.) | Arjunan, K.P.; Obrusnik, A., Jones, B.T.; Zajickova L., Ptasinska S.: Effect of Additive Oxygen on the Reactive Species Profile and Microbicidal Property of a Helium Atmospheric Pressure Plasma Jet, Plasma Process. Polym. 13, 1089-1105 (2016), SCI cit.
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| 19.) | Hnatiuc B; Sabau A; Petrescu C; Wartel M: Characterization of Different Types of Gliding Discharges: Electrical Parameters and Breakdown Simulation, PROC. 2016 INT. CONF. EXPO. ELECTRICAL POWER ENG. (EPE 2016), Eds.: Gavrilas M; Haba CG; Ivanov O; Neagu BC, Book Ser.: International Conference and Exposition on Electrical and Power Engineering, 102-105 (2016) WoS
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| 20.) | Hnatiuc B; Sabau A; Dumitrache CL; Hnatiuc M; Cretu M; Astanei D: Changing the surface properties on naval steel as result of non-thermal plasma treatment, MODTECH INT. CONF. MODERN TECHNOL. INDUSTRIAL ENG. IV, PTS 1-7, Eds: Cohal V; Lobont L; Topala P; Oanta E; Placzek M; Carcea I; Carausu C; Nedelcu D; Book Ser.: IOP Conf. Ser.- Materials Science and Engineering 145, 082006 (2016) WoS
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| 21.) | Bartis E. A. J., Luan P. S., Knoll A. J., Graves D. B., Seog J., Oehrlein G. S.: Biodeactivation of lipopolysaccharide correlates with surface-bound NO3 after cold atmospheric plasma treatment, Plasma Process. Polym. 13 (4) 410-418S (2016); WOS, SCOPUS
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| 22.) | Jablonowski H., von Woedtke T: Research on plasma medicine-relevant plasma-liquid interaction: What happened in the past five years?, Clinical Plasma Medicine 3 (2), (2015) pp. 42-52, SCOPUS
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| 23.) | Kučerová K., Hensel K., Biological and Chemical Effect of DC Transient Spark Discharge on Escherichia Coli, 24th Annual Conference of Doctoral Students, Prague, June 2-4, p. 192-198 (2015)
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