Search
Search Constraints
You searched for: Author/Creator Howe, Kerry J.Limit your search
- Howe, Kerry J. [remove] 7
- 363.61097305 2
- Periodicals 2
- Water-supply -- United States -- Periodicals 2
- Water-supply engineering -- United States -- Periodicals 2
- 540.5 1
- 553.705 1
- 621.042 1
- 621.48 1
- 628.162 1
- AC activated carbon -- AdE additional electrode -- AEM anion exchange membrane -- BES bioelectrochemical system -- Canode anode capacitance -- CB carbon black -- Ccathode cathode capacitance -- Ccell cell capacitance -- CDI capacitive deionization -- Cell ESR equivalent series resistance of the cell -- CEM cation exchange membrane -- DC desalination chamber -- DI deionized water -- EDLC electrochemical double layer capacitor -- Epulse energy obtained by the pulse -- Fe-AAPyr iron aminoantypirine -- GLV galvanostatic discharges -- ipulse, current pulses -- KCl potassium chloride -- KPB potassium phosphate buffer -- MDC membrane capacitive deionization -- MDC microbial desalination cell -- MFC microbial fuel cell -- MFC microbial fuel cell -- NaCl sodium chloride -- NaOAc sodium acetate -- OCV open circuit voltage -- ORR oxygen reduction reaction -- PGM-free platinum group metals-free -- Pmax maximum power -- Ppulse power obtained by the pulse -- PTFE polytetrafluoroethylene -- RA anodic anode ohmic resistance -- RC cathodeic ohmic resistance -- RO reverse osmosis -- SC-MDC-AdE supercapacitive microbial desalination cell with additional electrode -- SC-MDC supercapacitive microbial desalination cell -- SC-MFC supercapacitive microbial fuel cell -- SC solution conductivity -- SHE standard hydrogen electrode -- tpulse time of the pulse -- trest rest time -- V− oc, anode potentials in open circuit -- V+ oc, cathode potential in open circuit -- Vmax OC, original maximum voltage in open circuit condition -- Vmax practical voltage -- ΔVcapacitive difference between Vmax and Vfinal (at the end of tpulse), voltage capacitive decrease drop -- ΔVohmic cathode, cathode ohmic drop -- ΔVohmic difference between Vmax, OC and Vmax, ohmic drop 1