ГОСТ Р 56188.1-2023 (МЭК 60050-485:2020) Технологии топливных элементов. Часть 1. Терминология
Алфавитный указатель эквивалентов терминов на английском языке
acceptance test | 485-22-01
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activation loss | 485-15-02
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activation polarization | 485-15-02
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active area | 485-02-08
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active layer | 485-02-06
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air bleed | 485-09-07
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air-breathing fuel cell | 485-08-02
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alkaline fuel cell | 485-08-03
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anode | 485-02-04
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autothermal reforming | 485-07-14
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availability factor | 485-09-02
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axial-load | 485-06-14
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balance of plant | 485-09-04
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base load operation | 485-11-04
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bipolar plate | 485-06-04
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bipolar separating plate | 485-06-04
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black start | 485-18-01
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bus bar | 485-06-08
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catalyst | 485-01-01
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catalyst layer | 485-02-06
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catalyst loading | 485-01-03
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catalyst poisoning | 485-01-04
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catalyst sintering | 485-01-05
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catalyst-coated membrane, CCM | 485-04-03
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catalyst-coated substrate, CCS | 485-04-04
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catalytic combustion type reformer | 485-07-04
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cathode | 485-02-05
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cell area | 485-05-04
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cell life | 485-16-02
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clamping plate | 485-06-06
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co-flow | 485-06-17
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cold start | 485-18-02
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cold state | 485-21-01
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compression end plate | 485-06-06
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concentration loss | 485-15-05
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concentration polarization | 485-15-05
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conditioning | 485-11-08
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constant current operation | 485-11-01
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constant power operation | 485-11-02
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constant voltage operation | 485-11-03
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counter-flow | 485-06-18
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cross leakage | 485-06-25
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cross-flow | 485-06-19
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crossover | 485-06-25
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current collector | 485-06-07
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current density | 485-12-01
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dead-end flow | 485-06-20
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degradation rate | 485-16-03
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desulfirizer | 485-07-02
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differencial cell pressure | 485-17-01
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direct fired type reformer | 485-07-05
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direct fuel cell | 485-08-04
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direct methanol fuel cell | 485-08-05
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DMFC | 485-08-05
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effective area | 485-02-08
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efficiency | 485-10-01
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electric efficiency | 485-10-02
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electrocatalyst | 485-01-02
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electrocatalyst support | 485-01-06
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electrochemical generator | 485-09-26
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electrochemical surface area | 485-02-09
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electrode | 485-02-01
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electrolyte | 485-03-01
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electrolyte leakage | 485-03-03
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electrolyte loss | 485-03-04
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electrolyte matrix | 485-03-05
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electrolyte migration | 485-03-06
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electrolyte reservoir | 485-03-07
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emergency shutdown | 485-19-02
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end plate | 485-06-06
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exergetic efficiency | 485-10-03
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external reforming | 485-07-07
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faradaic current | 485-12-04
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filling level | 485-03-02
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forced ventilation | 485-09-16
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freeze-thaw test | 485-22-02
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fuel cell | 485-08-01
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fuel cell cogeneration system | 485-09-20
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fuel cell module | 485-09-03
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fuel cell polarization | 485-15-01
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fuel cell power system | 485-09-01
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fuel cell stack | 485-06-01
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fuel cell vehicle | 485-09-25
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fuel cell/battery hybrid system | 485-09-18
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fuel cell/gas turbine system | 485-09-19
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fuel utilization | 485-06-22
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fuelling coupler | 485-09-09
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full load operation | 485-11-04
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gas clean-up | 485-07-12
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gas diffusion electrode | 485-02-02
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gas diffusion layer | 485-04-05
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gas distribution plate | 485-06-04
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gas leakage | 485-06-24
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gas purge | 485-09-10
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gas seal | 485-06-10
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GDL | 485-04-05
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generating time | 485-20-01
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grid-connected operation | 485-11-05
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grid-independent operation | 485-11-06
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gross power | 485-14-01
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heat recovery efficiency | 485-10-04
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hot start | 485-18-03
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hot time | 485-20-02
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humidification | 485-09-06
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humidifier | 485-09-05
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interconnector | 485-06-05
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interface point | 485-09-12
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internal reforming | 485-07-08
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internal resistance | 485-15-04
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IR loss | 485-15-03
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isolated operation | 485-11-06
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land | 485-06-21
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leakage current | 485-12-03
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load-following operation | 485-11-07
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manifold | 485-06-15
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mass activity | 485-02-11
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mass transport loss | 485-15-05
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maximum allowable differential working pressure | 485-17-02
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maximum allowable working pressure | 485-17-03
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maximum operating pressure | 485-17-04
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maximum power | 485-14-06
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maximum power operation | 485-11-09
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MCFC | 485-08-06
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MEA | 485-04-01
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MEA area | 485-04-02
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membrane electrode assembly | 485-04-01
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membrane electrode assembly area | 485-04-02
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micro fuel cell power system | 485-09-21
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micro fuel cell power unit | 485-09-22
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minimum power | 485-14-02
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minimum power operation | 485-11-10
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minimum voltage | 485-13-01
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molten carbonate fuel cell | 485-08-06
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natural ventilation | 485-09-17
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net electric power | 485-14-03
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no-load voltage | 485-13-02
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non-repeat part | 485-06-13
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normal shutdown | 485-19-03
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OCY | 485-13-02
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ohmic polarization | 485-15-03
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open-circuit voltage | 485-13-02
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operetional state | 485-21-02
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output voltage | 485-13-03
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overall energy efficiency | 485-10-05
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overall exergy efficiency | 485-10-06
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oxidant utilization | 485-06-23
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PAFC | 485-08-07
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parasitic load | 485-09-08
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partial oxidation | 485-07-09
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partial oxidation reforming | 485-07-09
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passive state | 485-21-03
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PCFC | 485-08-11
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PEMFC | 485-08-08
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phosphoric acid fuel cell | 485-08-07
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planar cell | 485-05-01
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polarization | 485-15-01
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polarization curve | 485-15-06
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polymer electrolyte fuel cell | 485-08-08
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porosity | 485-02-13
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porous transport layer | 485-04-05
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portable fuel cell power system | 485-09-23
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power response time | 485-20-03
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POX | 485-07-09
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pre-generation state | 485-21-04
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process and control test | 485-22-03
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proton ceramic fuel cell | 485-08-11
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proton exchange membrane fuel cell | 485-08-08
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PTL | 485-04-05
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rated current | 485-12-02
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rated power | 485-14-04
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raw fuel | 485-07-01
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reactant recirculation | 485-09-11
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reformate gas | 485-07-13
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reformer | 485-07-03
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reformer catalyst life | 485-16-01
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reforming | 485-07-06
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regenerative fuel cell | 485-08-09
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repeat part | 485-06-12
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reversible fuel cell | 485-08-09
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ribbed electrode | 485-02-03
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roughness factor | 485-02-12
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routine test | 485-22-04
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safeguarding | 485-09-15
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scheduled shutdown | 485-19-03
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separator plate | 485-06-04
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series connection | 485-06-09
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shift converter | 485-07-11
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short stack | 485-06-02
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shutdown | 485-19-01
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shutdown time | 485-20-04
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single cell | 485-05-02
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single cell test | 485-22-05
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SOFC | 485-08-10
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solid oxide fuel cell | 485-08-10
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solid polymer fuel cell | 485-08-08
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specific activity | 485-02-11
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specific power | 485-14-05
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specific surface area | 485-02-10
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PSFC | 485-08-08
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SR | 485-07-10
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stack | 485-06-01
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stack end frame | 485-06-06
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stack life | 485-16-02
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stack terminal | 485-06-08
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stack test | 485-22-06
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stacking | 485-06-16
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standard conditions | 485-22-08
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start-up energy | 485-18-05
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start-up time | 485-20-06
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stationary fuel cell power system | 485-09-24
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steady state | 485-21-05
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steam reforming | 485-07-10
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storage state | 485-21-06
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substack | 485-06-03
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three-phase boundary | 485-02-07
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total thermal efficiency | 485-10-05
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tubular cell | 485-05-03
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type test | 485-22-07
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warm start | 485-18-04
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waste water | 485-09-13
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water gas shift converter | 485-07-11
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water separator | 485-09-14
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wet seal | 485-06-11 |