about
Single-step ambient-air synthesis of graphene from renewable precursors as electrochemical genosensorAtmospheric pressure plasmas: infection control and bacterial responses.Pseudomonas aeruginosa Biofilm Response and Resistance to Cold Atmospheric Pressure Plasma Is Linked to the Redox-Active Molecule Phenazine.Gram positive and Gram negative bacteria differ in their sensitivity to cold plasma.Spectral characteristics of cotton seeds treated by a dielectric barrier discharge plasma.Atmospheric gas plasma-induced ROS production activates TNF-ASK1 pathway for the induction of melanoma cancer cell apoptosisCalculation and application of combined diffusion coefficients in thermal plasmas.Cold plasma treatment for cotton seed germination improvementChemical kinetics analysis of two C5-perfluorinated ketone (C5 PFK) thermal decomposition products: C4F7O and C3F4OA computational model of gas tungsten arc welding of stainless steel: the importance of considering the different metal vapours simultaneouslyChemical kinetic modeling and experimental study of SF6 decomposition byproducts in 50 Hz ac point-plane corona dischargesBreakdown and current-voltage characteristics of DC micro-slit discharges in carbon dioxideProperties of C4F7N–CO2 thermal plasmas: thermodynamic properties, transport coefficients and emission coefficientsVisualization and mechanisms of splashing erosion of electrodes in a DC air arcDominant particles and reactions in a two-temperature chemical kinetic model of a decaying SF6arcTheoretical study of the neutral decomposition of SF6in the presence of H2O and O2in discharges in power equipmentInvestigation on critical breakdown electric field of hot carbon dioxide for gas circuit breaker applicationsTwo-temperature thermodynamic and transport properties of SF6–Cu plasmasCalculation of combined diffusion coefficients in SF6-Cu mixturesLow-voltage circuit breaker arcs—simulation and measurementsNumerical Study of Arc Behavior in Miniature Circuit BreakerSimulation of Arc Splitting Process Considering Splitter-Plate ErosionThe Development of the Arc in a Liquid Metal Current LimiterThermophysical properties of carbon–argon and carbon–helium plasmasNumerical Analysis of Arc Characteristics of Splitting Process Considering Ferromagnetic Plate in Low-Voltage Arc ChamberNumerical analysis of the influence of splitter-plate erosion on an air arc in the quenching chamber of a low-voltage circuit breakerSimulation of Arc Characteristics in Miniature Circuit BreakerThe effects of metal vapour in arc weldingSimulation Study of the Influence of Wall Ablation on Arc Behavior in a Low-Voltage Circuit BreakerThe influence of electrode erosion on the air arc in a low-voltage circuit breakerNumerical Modeling of Arc Root Transfer During Contact Opening in a Low-Voltage Air Circuit BreakerDiffusion in two-temperature thermal plasmasErratum: Diffusion in equilibrium mixtures of ionized gases [Phys. Rev. E48, 3594 (1993)]Diffusion in equilibrium mixtures of ionized gasesCold plasma effect on the proteome of Pseudomonas aeruginosa - Role for bacterioferritinThe effects of plasma treatment on bacterial biofilm formation on vertically-aligned carbon nanotube arraysHeat Source Characteristics of Ternary-Gas-Shielded Tandem Narrow-Gap GMAW.
P50
Q28817562-4387B15C-B70B-4025-A357-EBDDD8E30B0DQ33461081-3530FF88-3B5C-4056-B8EA-E0E0BCEE84E9Q33465439-D458679F-15EA-4C24-9281-D3B67B5C9865Q33469394-308D335C-6B7F-4D0E-9F77-EB72BD73682EQ33912152-5362A43A-A5E5-412C-9184-68BF97E3DB5CQ37732180-9EA9AE16-5DBF-463C-A39B-5E95D5F1EF51Q41844448-C86FC237-A161-4DBA-9049-6A4280BA5243Q57149731-C64AD96D-DFBF-4BFD-82E0-B806CF5376FCQ57714121-EA03E0F0-C71B-455B-BF82-B036BD056598Q57714125-3C2373CC-A436-476C-8A2F-A92560A019A7Q57714126-0762D6C4-BB6B-4130-A283-EC1A0AFB3D34Q57714129-37E26761-345D-4AE1-A7A8-3C77AE152B16Q57714133-BD291EB9-FF22-4473-A6CB-00DEEEDC5333Q57714144-361A3B7E-FF95-4995-8AF3-1422B427ACB0Q57714207-2ACECD5B-3D3E-4EB5-9649-F099EA1F6D24Q57714225-6F6F8191-E300-4480-BFC4-05559CD91C5BQ57714249-C166DA24-A0FD-4E7D-98E4-0AE5431B70B4Q57714271-D17A6656-1799-4AD4-848C-A30E1C83FDF1Q57714287-C8F08F62-1111-40D6-B61E-5CD39BE66DACQ57714384-12C63634-0E84-48C0-AAF1-013CA39AAE56Q57714478-3EE218DA-42CC-4721-8985-51FF5673C279Q57714488-147CC239-D309-4F85-915D-7C9BE3D331F1Q57714492-1189CC62-2279-4AE7-95F5-D9DCD9A2CE11Q57714504-C637F397-6B5A-4C39-BF7E-2E327E5F10BAQ57714566-9251CDBD-E0A6-4314-A7D4-E5C3160E03C2Q57714576-C0DFA67A-E380-474A-B8E1-83207BB95513Q57714578-040F6134-D5C0-494F-B744-C4B1BA52FA26Q57714582-7371FBE4-A8B7-4C0A-B153-866CD3E2C28FQ57714601-E79E2B4C-8EA6-497B-AD56-58276B6CFE0BQ57714604-621F16F5-021F-4D35-8AC2-E6EF6B0BF467Q57714628-A1954242-8036-4368-8157-F8B338768CD8Q57714695-057B6C71-8EA0-467C-BDC7-4CBF4BCE21E6Q57714748-9B2237DF-E394-4309-A817-9686FD403EFBQ57714765-4EFEC3C0-28F1-40CB-9A1A-DE778677DF00Q58549317-C1CF25CB-FB81-4AD4-8D71-FDDA690B0D2FQ60194153-029226D4-A2CD-4E5A-9993-16F9B5DEDC06Q64983442-E1CDF65A-23F7-47FC-9BB7-588DFC10FEB3
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Anthony B Murphy
@ast
Anthony B Murphy
@en
Anthony B Murphy
@es
Anthony B Murphy
@nl
type
label
Anthony B Murphy
@ast
Anthony B Murphy
@en
Anthony B Murphy
@es
Anthony B Murphy
@nl
prefLabel
Anthony B Murphy
@ast
Anthony B Murphy
@en
Anthony B Murphy
@es
Anthony B Murphy
@nl
P1053
A-7796-2008
P106
P1153
7401451781
P31
P3829
P496
0000-0002-2820-2304