PEM

(redirected from Polymer Electrolyte Membrane)
AcronymDefinition
PEMPediatric Emergency Medicine
PEMProton Exchange Membrane
PEMPeabody Essex Museum
PEMPlant Engineering and Maintenance (Canadian publications)
PEMPolymer Electrolyte Membrane
PEMProtein Energy Malnutrition
PEMPrivacy-Enhanced Mail (key encryption services for email)
PEMPractical Environmental Management (various organizations)
PEMPhysics, Engineering, Mathematics (Texas A&M University)
PEMPost-Exertional Malaise (myalgic encephalomyelitis)
PEMPalustrine Emergent (wetlands)
PEMPerformance Evaluation Model
PEMPlainview-Elgin-Millville (Minnesota)
PEMPunctuated Equilibrium Model (organizational model)
PEMProgramming Environments Manual
PEMPlesk Enterprise Manager
PEMPartner Enablement Management
PEMPatrol Enterprise Manager
PEMProgram Editor Macro
PEMPrivacy Enhanced Mail
PEMPeters Elworthy & Moore (accounting firm; UK)
PEMProfessional Emergency Manager (various locations)
PEMPower Entry Module
PEMPublic Expenditure Management
PEMPrefesorado en Enseñanza Media (Spanish: Professor in Secondary Education; Guatemala)
PEMPlastic Encapsulated Microcircuit (also seen as PEMs)
PEMParallel External Memory (computing)
PEMPolioencephalomalacia
PEMProfesorado en Educación Media (Spanish: Teachers in Media Education)
PEMPearson Educational Measurement
PEMPower Electronics Module
PEMPower Equipment Maintenance (Piedmont, SC)
PEMPacific Exploratory Mission (NCAR Atmospheric Chemistry Division)
PEMProgram Evaluation Model (various organizations)
PEMProfessional Engineering Manager (certification; various organizations)
PEMPolymorphic Epithelial Mucin
PEMParticle Environment Monitor
PEMPassive Entry Module (automotive technology)
PEMPublic Enquiry Manager (software)
PEMProgram Element Monitor
PEMPort Expansion Module
PEMProduction Efficiency Model
PEMParents Enfants Médiation (French: Parents Children Mediation; est. 1989)
PEMPenn Engineering & Manufacturing Corp.
PEMPhotoelectromagnetic
PEMProduction Events Module (software)
PEMPre-Examination Meeting (UK)
PEMParabolic Equation Method
PEMProject Extra Mile (Nebraska)
PEMPhotoelectron Microscopy
PEMPersonal Environmental Module
PEMPublic Ethernet Manager
PEMPackaged Equipment Module
PEMProgram Element Manager
PEMPlesk Enterprise Manager (Plesk)
PEMProject Execution Model
PEMProject Element Manager
PEMPartial Equilibrium Multimarket Model
PEMProperties, Events, Methods (object-oriented programming)
PEMProgram Engineering Manager
PEMPersonal Exposure Model
PEMProduction Engineering Measure
PEMProcess Execution Module
PEMPolicy Enforcement Manager
PEMProcessor Enhancement Module
PEMPower Engineering & Manufacturing (Waterloo, IA)
PEMProject Engineering Metrics
PEMProgram Execution Manager
PEMPartial Environment Monitor
PEMPayload Ejection Mechanism
PEMPan-Euro-Med Regional Convention
PEMPhysical Education Management
PEMPhased Equipment Modernization
PEMPressure Equalizing Module
PEMPontiac Enthusiast Magazine
PEMPsychological & Educational Measure
PEMPhysics Environment Monitoring
PEMProfessional Energy Manager (job title)
PEMProgramme Engrais Malagasy (Malagasy Fertilizer Program)
PEMPerformance Evaluation Meeting
PEMPower & Environment Monitor
PEMPreliminary Engineering Model
PEMProgram Endorsement Memorandum
PEMPerformance-Enhancing Module
PEMPotentially Explosive Material
PEMPosition Entry Module
References in periodicals archive ?
Comparative studies of polymer electrolyte membrane fuel cell stack and single cell.
Studies about polymer based sulfonated proton exchange membrane materials such as poly(arylene ether sulfone)s [811], poly(ether ether ketone)s [12-14], poly(arylene thioether) [15-17], poly(phenylene)s [18-20], polyimides [21-24], and other types of polymers have largely taken place in the scope of polymer electrolyte membrane researches so far.
Low-temperature cells such as polymer electrolyte membrane systems have the highest power density, require high-purity hydrogen, allow for quick start-up, and handle dynamics efficiently, making them ideal for transportation applications and as back-up power generators.
Business content: R&D, manufacture, product inspection and shipment of electrode catalysts used in polymer electrolyte membrane fuel cells (PEFCs)
The sensor uses proprietary technology to enable continuous, real-time, non-invasive and reliable measurement of the temperature, pressure and moisture content of polymer electrolyte membrane fuel cells (PEMFCs).
Department of Energy's Argonne National Laboratory have developed an advanced concept in nanoscale catalyst engineering--a combination of experiments and simulations that will bring polymer electrolyte membrane fuel cells for hydrogen-powered vehicles closer to massive commercialization.
Researchers at the US Department of Energy's Argonne National Laboratory have discovered new information on the behavior of nano-engineered platinum surfaces that may bring polymer electrolyte membrane fuel cells for hydrogen-powered vehicles another step closer to full development.
The slow rate of oxygen-reduction catalysis on the cathode has been one of the main limitations for the automotive application of the polymer electrolyte membrane fuel cell.
The performance of hydrogen fuel cells using a Polymer Electrolyte Membrane (PEM) depends sensitively on the moisture level of the membrane.
The Siemens model uses a solid polymer electrolyte membrane (PEM) fuel cell to direct hydrogen ions to a cathode for reaction with oxygen inside a pressurized housing.
The 30-kW solution incorporates modular polymer electrolyte membrane (PEM) fuel cells.
The research at Newcastle University will focus on low-temperature polymer electrolyte membrane (PEM) fuel cells for vehicles, which operate around 80[degrees]C.
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