P |
Explanation |
Location/Reference/Context as appropriate |
P&F |
Pressing-and-Folding |
|
P&P |
Pick-and-Place |
|
P4P |
Projects for Policy |
.. using the results of EU-funded R&I projects to shape policymaking |
P/C |
Performance:Cost Ratio |
|
P |
Mica |
Designation used in recycle marks for polymers |
PA | (S)-(-)-perillaldehyde | |
PA | Phased Array | Ultrasonic transducer configuration |
PA | Plasma Acuator | |
PA | Poly(Amide) | |
PA |
Proprionic acid |
|
PAA |
Phosphoric Acid Anodisation |
|
PAA |
Poly (Acrylic Acid) |
|
PAA |
Poly (Amic Acid) |
|
Paas |
Platform as a Service |
Cloud computing |
PABP |
Performance Advantaged BioProducts | |
PACE |
Platform for Accelerating the Circular Economy | |
PACS |
Picture Archiving and Communication System | |
PADR | Preparatory Action on Defence Research | |
PAEK | Poly (Aryl Ether Ketone) | |
PAG | photo acid generators | |
PAGE |
polyacrylamide gel electrophoresis | |
PAH | Passive Adaptive Honeycomb | |
PAH | Poly (Allyl Amine) | |
PAI | Poly (Amide Imide) | |
PAIR | PolyU Academy for Interdisciplinary Research |
|
PAIRS |
Planning - Activity - Information - Risk - System |
Sheldon and Yoxon on documentation |
PALF |
PineApple Leaf Fibre |
|
PALM |
Photo-Activated Localization Microscopy |
|
PALS |
Peer Assisted Learning Scheme |
|
PAMAM |
Poly AMido AMine |
|
PAMELA | Process for Advanced Management of End-of-Life Aircraft |
|
PAN |
Personal Area Network |
|
PAN | poly (acrylonitrile) | |
PANI |
Poly (Aniline) |
|
PAQR |
PolyAcene Quinone Radical |
|
PAR |
Power Augmentation of a Ram-wing |
blowing of air under the wing to augment the air cushion |
PAR |
Production Asset Reliability |
|
PARFM |
PhotoActivatable Red Fluorescent Proteins |
|
PARSE |
Permanent Access to the Records of Science in Europe |
|
PAR-WIG |
Power Augmentation of a Ram Wing In Ground-effect |
|
PAsp |
PolyAsparticAcid |
|
PASPO |
Principal component Analysis-aided Statistical Process Optimisation |
|
PAT |
Population x Affluence x Technology = Impact |
|
PAT |
Portable Appliance Testing |
|
PAT |
Process Analytical Technology |
|
PATRA |
Printing and Allied Trades Research Association (1936-1967) |
|
PAUT |
Phased Arrays for Ultrasound Testing |
|
PAV |
Personal Air Vehicle |
|
PAX | Passengers | |
PB |
Pay Back |
|
PB |
Planetary Boundaries |
|
PBA |
Physical Blowing Agent |
|
PBAT |
Poly (Butylene Adipate -co- Terephthalate) |
|
PBE |
Poly Binaphthalene Ether | |
PBF |
Powder Bed Fusion | |
PBI |
Poly (Benz Imidazole) |
|
PBM |
Pressure Bag Molding |
|
PBO |
Poly[(benzo-[1,2-d:5,4-d']-BenzOxazole-2,6-diyl)-1,4-phenylene] or Poly (Benz(bis)Oxazole) |
|
PBP |
Pay-Back Period |
|
PBPE |
Poly BinaPhthalene Ether | |
PBR |
Part Build Rate |
|
PBR |
Photo Bio Reactor |
|
PBS |
phosphate-buffered saline/solution |
|
PBS |
Poly (Butylene Succinate) |
|
PBSA |
Poly (Butylene Succinate Adipate) |
|
PBST |
Poly (Butylene Succinate Terephthalate) |
|
PBT | poly(b-thioester) | |
PBT | Poly (Butylene Terephthalate) | |
PBT |
Poly[(benzo-[1,2-d:4,5-d']-BenzThiazole-2,6-diyl)-1,4-phenylene] or Poly(BenzThiazole) |
|
PBX |
PolyBenz[X]azole, e.g. PBI, PBO or PBT |
|
PC |
Polycarbonate |
|
PC |
Polymer Concrete |
|
PCA |
Principal Component Analysis networks |
|
PCA |
ProtoCatechuic Acid |
|
PCB |
Poly Chlorinated Biphenyls |
|
PCB |
Printed Circuit Board |
|
PCBM |
Process-Based Cost Modelling |
|
PCBT |
Poly (cyclic butylene terephthalate) |
|
PCC |
Polymers and Composites Committee |
Former SERC committee |
PCCE |
Poly (Cyclohexylene dimethylene terephthalate) |
|
PCET | proton coupled electron transfer | |
PCF |
Product Carbon Footprint |
|
PCI |
Phase Contrast Imaging |
|
PCL |
Pre-Consolidated Laminate |
|
PCL |
Poly (Capro Lactone) |
|
PCM |
Periodic Cellular Materials |
|
PCM |
Phase Change Materials |
|
PCM |
Power Converter Modules |
|
PCM |
Probabilistic Colocation Method |
|
PCN |
Personnel Certification in Non-Destructive Testing |
British Institute of Non-Destructive Testing (BINDT)/United Kingdom Accreditation Service (UKAS) |
PCO | Performing Composites Operations | |
PCR | Polymerase Chain Reaction | Covid-19 diagnostics |
PCR | Post-Consumer Recycled | |
PCR | Precision Composite Routers | |
PCR | Principal Component Regression | |
PCR | Product Category Rules |
EN15804 for the construction sector |
pcSOFI |
PhotoChromic Stochastic Optical Fluctuation Imaging |
|
PCT |
Porous Cavity Tooling |
BAE Systems/EPSRC FLAVIIR project |
PCT |
Principal Component Thermography |
|
PCTA |
Poly (Cyclohexylene dimethylene Terephthalate Acid) |
|
PCTG |
Poly (Cyclohexylene dimethylene Terephthalate Glycol) |
|
PCW | Post-Consumer Waste | |
PCY |
Partially impregnated Commingled Yarn |
|
PD |
Peroxide Decomposers |
|
PD |
Potential Difference |
|
PDA |
Personal Digital Assistant |
|
PDC |
Polymer Derived Ceramic |
|
PDD |
Ply Definition Diagram | |
PDCA |
Plan - Do - Check - Act |
|
PDDA |
Poly (Dimethyl Diallyl Ammonium chloride) |
|
PDDAC |
Poly (Dimethyl Diallyl Ammonium Chloride) |
|
PDE |
Partial Differential Equations |
|
PDEAAm | poly (N,N-diethylacrylamide) | |
PDF |
Portable Document Format | |
PDF |
Probability Density Functions |
|
PDF |
Progressive Damage and Failure | |
PDHF | poly(2,3-dihydrofuran) | |
PDI | 1,4-Phenylene DiIsocyanate | |
PDI | Poly Dispersity Index | |
PDK | PolyDiKetoenamine | |
PDLA | Poly (D-Lactide) | |
PDLLA | Poly (D,L-Lactide) | |
PDM | N,N'-m-phenylene bismaleimide | |
PDMAAm | poly(dimethyl acrylamide) | |
PDMAEMA | Poly (2-dimethylamino-ethylmethacrylate) | |
PDMS |
Poly (Di Methyl Siloxane) |
|
PDO |
Ply Drop-Off |
|
PDO |
Poly (Di Oxone) |
|
PDO |
1,3 Propanediol |
|
PDS |
Product design specification |
|
PDSS | Product Design for Safety and Sustainability | |
PDT |
Peak Definition Time |
|
PE |
Poly (Ethylene) |
|
PEA |
Permeability Estimation Algorithm |
|
PEA |
Poly (Ester Amide) or Poly (Ether Amide) |
|
PEA | poly(ethyl acrylate) | |
PEA |
Poly (Ethylene Adipate) |
|
PEAK |
PrEcise, Accurate and quicK | Olympus Microscopes |
PEAM |
Processing and Engineering Applications of Materials |
|
PEARL |
Plymouth Electronic Archive and Research Library |
|
PEC |
Poly Ether Carbonate |
|
PEC |
Process Engineering Committee |
|
PECAN |
PolyEster Covalent Adaptive Network |
|
PECM |
Pulsed ElectroChemical Machining |
|
PECS |
Piezo Electro Chemical Spectroscopy |
|
PEDOT |
Poly (3,4-Ethylene Di Oxy Thiophene) |
|
PEEP |
Personal Emergency Evacuation Plan |
|
PEEK |
Poly (aryl) ether ether ketone |
|
PEEP |
Personal Emergency Evacuation Plans |
|
PEF |
Poly(Ethylene Furanoate) or Poly(ethylene-2,5-furandicarboxylate) |
Bio-based alternative to PET |
PEF |
Product Environmental Footprint |
|
PEG |
Poly (Ethylene Glycol) |
|
PEG |
Polymer Engineering Group |
Former SERC autonomous unit |
PE-g-MA |
Poly (Ethylene) grafted by Maleic Anhydride |
|
PEI |
Poly ether imide / Poly (ethyleneimine) |
|
PEK |
Poly (aryl) ether ketone |
|
PEK |
Poly(Enol-Ketone) |
|
PEKK |
Poly (aryl) ether ketone ketone |
|
PEM |
Poly Electrolyte Multilayers |
|
PEMD |
Power Electronics, Machines and Drives |
|
PEMFC |
Polymer Electrolyte Membrane Fuel Cell |
|
PEMFC |
Proton Exchange Membrane Fuel Cells |
|
PEN |
Poly (Ethylene Naphthalate) |
|
PEO |
Poly (EthyleneOxide) |
|
PEPO |
Poly (arylene Ether Phosphine Oxide) | |
PEPPIC |
Poly [Ethylene(PolyPhenyl IsoCyanate)] |
|
PEPT |
Positron Emission Particle Tracking |
|
-per- |
- periodic copolymer with - |
|
PERMEA |
Advancement of measurement techniques and simulations for PERMEAbility of textile performs for composites |
Research Council of KU Leuven project |
PERS |
PoroElastic Road Surface |
|
PES |
Payment of Ecosystem Services |
|
PES |
Poly (Ether Sulphone) |
|
PES |
Public Employment Services |
|
PEST |
Political - Economic - Social - Technological |
|
PESTE |
Political - Economic - Social - Technological - Ecological |
|
PESTLE |
Political - Economic - Social - Technical - Legal - Ecological |
|
PET |
Poly (Ethylene Terephthalate) |
|
PETA | pentaerythritol tetraacrylate | |
PETG |
Polyethylene terephthalate glycol |
|
PETI |
Phenyl EThynyl end-capped aromatic polyImide |
|
PETIA | pentaerythritol triacrylate | |
PET-RAFT |
proton electron transfer – reversible addition fragmentation chain transfer | |
PF |
Phenol-Formaldehyde resin |
|
PF |
Picture Frame shear test |
|
PF |
Polyethylene Furanoate |
|
PF |
Production Function |
|
PFER |
Prospering from the Energy Revolution |
KTN Industrial Strategy Challenge Fund. |
PFA |
PeroxyFormicAcid |
|
PFA |
Poly (Furfuryl Alcohol) |
Furan resin |
PFA |
Progressive Failure Analysis |
|
PFA |
Pulverised Fuel Ash |
|
PFAS |
Per- and Poly-FluoroAlkyl Substances/Surfactants |
|
PFB |
Penta Fluoro Benzoyl chloride |
|
PFC |
Passive Flow Control |
|
PFC |
PerFluoroChemicals |
|
PFC |
Piezoelectric Fibre Composites |
|
PFDA |
Polyreference Frequency Domain Algorithm | |
PFDM |
Progressive Fatigue Damage Model | |
PFM |
Piezoelectric/Piezoresponse Force Microscopy |
|
PFMEA |
Process Failure Modes and Effects Analysis |
|
PFP |
Passive Fire Protection |
|
PFQNM |
Peak Force Quantitative Nano-mechanical property Mapping |
|
PFQNM |
Peak Force Quantitative Nano Mechanics |
|
PFS |
Poly FerroCenyl Silanes |
|
PFT |
Process Flow & Technologies |
NOV Pipex px |
γ-PGA |
Poly (γ-GlutamicAcid) |
|
PGA |
Poly (Glycolic Acid) |
|
PGD |
Proper Generalised Decomposition |
|
PGEM |
Postgraduate Experimental Mechanics conference |
British Society for Strain Measurement |
PGF |
Phosphate Glass Fibre (for bioimplants) |
|
PGFRP |
Pultruded Glass Fiber-Reinforced Polymer
| |
PGPM |
Plant-Growth Promoting Microorganisms | |
PGR |
Plant Genetic Resources |
Wageningen University - The Netherlands |
PGS |
Pillared Graphene Structures | |
PHA |
Phthalic Anhydride |
|
PHA |
Poly (Hydroxy Acyl) |
|
PHA |
Poly (Hydroxy Alkanoate) |
|
PHAMS |
Poly Hydroxy Amine Methyl Siliconate |
|
PHB |
Poly (Hydroxy Butyrate) |
|
PHBV |
Poly (HydroxyButyrate-co-3-HydroxyValerate) |
|
PHB/HV |
Poly (HydroxyButyrate-co-Hydroxyvalerate) |
|
P(HB-co-HHx) |
Poly (HydroxyButyrate/HydroxyHexanoate) copolymer |
|
PHDL | 5-methyl-2-methylene-5-phenyl-1,3-dioxolan-4-one |
|
PHE |
Population, Health and Environment |
|
PHIA |
Professional Head of Intelligence Analysis |
|
PHO |
Poly (β-HydroxyOctanoate) |
|
PHP | 1-phenyl-3-pyrazolidone | |
PHP | Pot Head Pixies | Gong |
PHPS |
Per Hydro Poly Silazane [-SiH2-NH-]n |
|
PHR |
Parts by weight per Hundred of Rubber/Resin |
|
PHS |
Plastics Historical Society |
|
PHSE |
Personal, Social, Health and Economic education |
|
PI |
Plastics Institute |
.. became PRI then IOM3 |
PI |
Polyimide |
|
PI |
Powder Impregnation |
|
PI |
Pulsed Infusion |
|
PIA |
Plastics Industry Association |
United States organisation formerly Society of the Plastics Industry |
PIAM |
Polymer Injection Advanced Moulding |
Winter School, French Alps, 15-19 January 2007 |
PIANC |
Permanent International Association of Navigation Congresses |
World Association for Waterborne Transport Infrastructure |
PIAT |
(mould) Peak Internal Air Temperature |
|
PIB |
Poly (Iso Butylene) |
|
F-PIBO | novel silane telomer |
free radical terpolymer of DFMA/IBOMA/3-mercaptopropyltrimethoxysilane (KH-590) |
PIC | Plastic Identification Codes | |
PICA |
Phenolic Impregnated Carbon Ablator |
|
PID |
Proportional - Integral - Derivative |
Control methodology |
PIERS |
Permeability Identification using Electrical Resistance Sensors |
|
PiFM |
Photon-induced Force Microscopy |
|
PIK |
Potsdam Institute for Climate Impact Research |
|
PILON |
Payment In Lieu Of Notice | |
PIM |
Polymers of/with Intrinsic Microporosity |
Potential hydrogen storage materials |
PIM |
Powder Impression Moulding |
3DM
Worldwide plc - Caerphilly - Wales |
PIMA |
Poverty and ecosystem Impacts of wildlife Management Areas |
|
PIMS |
Polymers of Intrinsic Microporosity |
|
PIN | Personal Identification Number | |
PIN | Prior Information Notice | Defra procurement |
PIND | Particle Impact Noise Detection | |
PINFA |
Phosphorus, Inorganic and Nitrogen Flame Retardants Association | |
PINN | Physics-Informed Neural Networks | |
PinPoint |
Ultrasonic non-destructive testing |
Registered Trademark of QinetiQ Limited |
PIP | Polymer Infiltration and Pyrolysis | |
PIPD |
Poly [2,6-diImidazo-(4,5-b:4',5'-e) Pyridinylene-1,4-(2,5-dihydroxy)Phenylene] or Poly (pyridobisimidazole) |
|
PIPES |
Pendant Imidazolium Poly Ether Sulphone | |
PIQE |
Perception based Image Quality Evaluator | |
PIR | Passive Infra-Red | |
PIR | Polyisocyanurate resin | thermal insulation boards |
PIR | Post-Industrial Recycled | |
PIRA |
(Paper and Board, Printing and Packaging) Industry Research Association |
|
PIRAP | Plastic Industry Recycling Action Plan | |
PIRLS | Principal Investigators and Research Leaders Survey |
|
PISA | polymerization induced self-assembly | |
PITB | Polarisable-Ion Tight Binding theory | |
PIV | Particle Image Velocimetry | |
PIW | Post-Industrial Waste | |
PK | Polyketone | |
PKC | Palm Kernel Cake | |
PLA | poly (lactic acid) or poly (lactide) | |
PLBA | poly(lactide-co-glycolide) | |
PLC | Programmable Logic Controller | |
PLC |
Power-Line Communications |
|
PLD |
Pulsed Laser Deposition |
|
PLGA |
Poly(Lactic-GlycolicAcid) |
|
PLLA |
Poly (L-Lactic Acid) or Poly (L-Lactide) |
|
PLM |
Product Lifecycle Management systems |
e.g. Teamcenter |
PLMS |
Polylactic acid metsäSellu |
"metsäSellu" is Finnish for "forest pulp". Kareline® PLMS6040 |
PLNG |
Pressurised Liquid Natural Gas |
|
PLOTEC |
Tested Optimised Floating Ocean Thermal Energy Conversion Platform |
|
PLRS |
Pressure-Less Reactive Sintering |
|
PLS |
Partial Least Squares |
|
PLT |
(McLaren) Prototype Lightweight Tub |
|
Ply Fingerprinting |
Ultrasonic non-destructive testing |
Registered Trademark of QinetiQ Limited |
PM |
Phase Mask |
|
PM | Post Meridiem | After midday (noon) |
PM |
Powder Metallurgical processes |
|
PM |
Preventative Maintenance |
|
PM2.5 |
Particulate Matter with a diameter <2.5 μm |
|
PM10 |
Particulate Matter with a diameter <10 μm |
|
PMA |
Poly (MethAcrylate) |
|
PMAA |
Poly (MethAcrylicAcid) |
|
PMC |
Polymer Matrix Composite |
|
PMD |
Percentage Mean Deviation |
|
PMDA |
Pyro Mellitic diAnhydride |
|
PMDETA |
PentaMethylDiEthyleneTriAmine |
Initiator for atom transfer radical polymerization |
PMeST | para-methylstyrene | |
PMF |
Particulate Matter Formation |
|
PMFP |
Particulate Matter Formation Potential |
|
PMHS |
Poly(MethylHydrogenSiloxane) |
|
PMI |
Poly (MethacrylImide) |
|
PMDI |
Polymeric Methylene Diphenyl diIsocyanate |
|
PMF |
Polarisation-Maintaining Fibre |
|
PMMA |
Poly (Methyl MethAcrylate) |
|
PMMDA |
Polymer Machinery Manufacturers and Distributors Association |
|
PMMI |
Poly (Methyl MethacrylImide) |
|
PMO |
Performing Manufacturing Operations |
|
PMO |
Project Management Office |
|
PMP |
Permalloy Nano Particle |
|
PMP |
Poly (Methyl Pentene) = TPX |
|
PMPPIC |
Poly [Methylene(PolyPhenyl IsoCyanate)] |
|
PMR |
Polymerisation of Monomeric Reactants |
|
PMV |
Point of minimum viscosity |
|
PN |
PhthaloNitrile resins |
|
PnBA | poly(n-butyl acrylate) | |
PNC |
Particle Number Count |
|
PNIPAAM | poly (N-isopropylacrylamide) | |
PNM | Phantom Node Method | |
PNNL | Pacific Northwest National Laboratory | |
PNV | poly (naphalene-alt-vinylene) | |
PO | Propylene Oxide | |
POAO | Products Of an Animal Origin | |
POCP |
Photochemical Oxidants Creation Potential (EICF) |
|
POC |
Proof of Concept |
|
POD |
Power Oscillation Damping |
|
POD |
Probability of Detection |
usually for a non-destructive testing technique |
POE |
Poly (Oxy Ethylene) |
|
POE |
Post-Occupancy Evaluation |
|
pOEGMA |
poly(oligo(ethylene glycol) methyl ether methacrylate) |
|
POEMS |
Platform/Project Oriented Environmental Management System |
UK Ministry of Defence |
POF |
Photochemical Oxidant Formation |
|
POF |
Pipeline Operator Forum |
|
POF |
Polymer Optical Fibre |
|
poly(DCPD) | poly(dicyclopentadiene) | |
PolyFEM |
Polymer Fillers Emulsified Materials |
Consiglio Nazionale delle Ricerche |
POFP |
Photochemical Oxidant Formation Potential |
|
POM |
Particulate Organic Matter |
|
POM |
Poly (Oxy Methylene) a.k.a. acetal or polyformaldehyde |
|
POME |
Palm Oil Mill Effluent |
|
POP |
PolyOlefin Plastomers |
|
POSMS |
Platform/Project Oriented Safety Management System |
UK Ministry of Defence |
POSS |
Polyhedral Oligomeric SilSesquioxane |
nanocomposites |
POST |
UK Parliament Office for Science and Technology | |
POY |
Partially Oriented Yarn |
|
PP |
Permanent Pattern for tooling |
|
PP |
Poly (Propylene) |
|
PPA |
PolyPhthalAmides |
|
PPAA |
Poly(Propylene-AcrylicAcid) |
|
PPARC |
Particle Physics and Astronomy Research Council |
Swindon - United Kingdom. Formerly part of SERC - now part of STFC. |
PP-g-MA |
Poly (Propylene) grafted by Maleic Anhydride |
|
PP-g-GMA |
Poly (Propylene) grafted by Glycidyl MethAcrylate |
|
PPC |
Pollution Prevention and
Control Act 1999 |
|
PPC |
Poly(Propylene Carbonate) |
|
PPCP |
Pharmaceutical and Personal Care Products |
|
PPD |
ParaPhenyleneDiamines |
Antioxidant and antiozonant for rubber |
PPDD | Pre-Plied Double-Double tape with thin plies | |
PPDI |
1,4-Phenylene DiIsocyanate |
|
PPE |
Personal Protective equipment |
|
PPE |
Poly(Phenylene Ether) |
a.k.a. Poly (Phenylene Oxide) |
PPEK |
Phenolphthalene (-based) Polyarylene Ether Ketone | |
PPEN |
Phenolphthalene (-based) Polyarylene Ether Nitrile | |
PPENK |
Phenolphthalene (-based) Polyarylene Ether Nitrile Ketone |
|
PPENS |
Phenolphthalene (-based) Polyarylene Ether Nitrile Sulphone |
|
PPESK |
Phenolphthalene (-based) Polyarylene Ether Sulphone Ketone |
|
PPESN |
Phenolphthalene (-based) Polyarylene Ether Sulphone Nitrile |
|
PPFA |
Probabilistic Progressive Failure Analysis |
|
PPI |
Potential Pareto Improvement |
|
PPM |
Pre-Production Manufacturing |
|
PPM |
Pulsed Position Modulation |
|
PPMAN |
poly (propylene-co-maleic anhydride) copolymer |
|
PPMS |
PolyPropylene metsäSellu |
"metsäSellu" is Finnish for "forest pulp". Kareline® PPMS5050EC |
PPO |
Poly (Phenylene Oxide) |
a.k.a. Poly(Phenylene Ether) |
PPP |
Public-Private Partnership |
|
PPP |
Purchasing Power Parity |
|
PPPT |
Poly (Para-Phenylene Terephthalate) |
aramid |
PPS |
Plasma synthesised PS films |
|
PPS |
Poly (Phenylene Sulphide) |
|
PPS |
Public Payment Schemes |
|
PPSU |
Poly (Phenylene Sulphone) |
|
PPT |
Poly (para-Phenylene Terephthalate) |
aramid |
PPT |
Poly (Propylene Terephthalate) |
|
PPT |
Pulsed Phase Thermography |
|
PPTA |
Poly (para-Phenylene Terephthalate) |
|
PPV |
Product and Process Verification | |
PPWR |
Packaging and Packaging Waste Regulation |
Renewable Carbon Initiative’s position paper (May 2023) |
PPy |
Poly (pyrrole) |
|
PQNM |
Peakforce Quantitative NanoMechanics |
|
PQQ |
Pyrrolo Quinoline Quinone |
Required for the dehydrogenase reaction in PVA |
PR |
Poisson’s ratio |
|
PR |
Precision Recall | |
PR |
Public Relations |
|
PRC |
Peer Review College |
UKRI |
PreCarBi |
Preimpregnated Carbon Binder yarn |
|
PRD |
Parametric Robust Design |
ASC Genoa |
PREEMPT |
Preventing Emerging Pathogenic Threats | |
prEN |
Preliminary enquiry vote for EN standard |
|
PRES |
Postgraduate Research Experience Survey |
Higher Education Academy biennial review |
PRI |
Plastics and Rubber Institute |
.. was PI & IRI, then became IOM3 |
PRIF |
Plastics and Research Innovation Fund |
£20 million UKRI fund 2018 |
PRIMA |
Partnership for Research and Innovation in the Mediterranean Area |
|
PRISM |
Processing, Reliability and Integrity of Structure and Materials |
University of Plymouth Research Group |
PRIZM |
Pravila Reshenija Izobretatel'skih Zadach Modernizirovannye |
translates as The Rules of Inventive Problem Solving - Modernised |
PRMMC |
Particulate Reinforced Metal Matrix Composites |
|
PROMETHEE |
Preference Ranking Organisation METHod for Enrichment Evaluation |
|
ProPoLiS |
Processing Polymers and Lightweight Structures |
|
PROSEL |
materials and PROcess SELector for high-performance composites |
|
ProSiComp |
Process Simulation on Compression Moulding |
|
ProSPECT |
Processing of Smart Porous Electro-Ceramic Transducers ( | |
ProToCoL |
Processing Tools for Composite Laminates |
|
PRS |
Personal Response Systems |
|
PRSEUS |
Pultruded Rod Stitched Efficient Unitized Structure |
|
PRT |
Powered Rotary Tool |
|
PS |
Parallel-Series |
|
PS |
Point Scores |
|
PS |
Poly (Styrene) |
|
PS-SY |
Poly (Styrene) (syndiotactic) |
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PSA |
Parallel Square Array of aligned fibres |
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PSA |
Pressure Sensitive Adhesive |
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PSA |
Product Sustainability Assessment | |
PSE |
Principal Structural Elements |
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PSF |
Point Spread Function |
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PSF |
Professional Standards Framework |
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P-SHG |
Polarisation-resolved Second Harmonic Generation microscopy | |
PSI |
Programme for Simulation Innovation |
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PSIA |
Pressure (pounds per square inch) absolute |
Pressure relative to a perfect vacuum |
PSID |
Pressure (pounds per square inch) differential |
Pressure difference between two input pressures |
PSIG |
Pressure (pounds per square inch) gauge |
Pressure with respect to the local atmospheric pressure |
PSILA |
Product Structure-based Integrated Life cycle Analysis |
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PSIS |
Pressure (pounds per square inch) sealed |
Pressure relative to 1 atm at sea level |
PSL |
Parallel Strand Lumber |
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PSLA | Projector-based SLA | |
PSM | Problem Solving Method | |
PSMAH | Poly (Styrene Maleic-Anhydride) | |
PSO | Particle Swarm Optimisation | |
PSO-CFAO |
Principal Stress Orientation - interpolated Continuous Fibre Angle Orientation | |
PSO-SVR | Particle Swarm Optimisation with Support Vector Regression |
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PSP |
Pressure Sensitive Paint |
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PSPA |
Portable Seismic Property Analyzer |
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PSPS |
Products, Services, Processes and Systems |
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P-SPICE |
Personal - Simulation Program with Integrated Circuit Emphasis |
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PSR | Payment Systems Regulator | |
PSRE |
Professional, Statutory and Regulatory Bodies |
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PSRE |
Public Sector Research Exploitation Fund |
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PSS |
Poly(Styrene Sulphonate) |
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PSU |
Polysulphone |
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PSUT |
Physical Supply and Use Tables |
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PSV |
Point Score Values |
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PSW |
Plastic Solid Waste |
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PT |
Project Team |
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PT |
Pulse Thermography |
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PTB |
Physikalisch-Technische Bundestalt |
Braunschweig - Germany |
PtBA |
poly (tertiary-butyl acrylate) |
|
PTC |
Positive Temperature Coefficient |
a measure of the response of thermistors |
PTC |
Production Tax Credit |
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PTDO | 2-phenoxy-1,3,4,7-tetrahydro-1,3,2-diazaphosphepine 2-oxide | |
PTES |
Postgraduate Taught Experience Survey |
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PTFE |
Poly (TetraFluoroEthylene) |
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PtFS |
Production to Functional Specifications |
Surface Generation patented tooling platforms with multi-zone 'real-time' control |
PTHF |
Poly (Tetra Hydro Furan) |
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PTHFMA |
Poly TetraHydroFurfuryl MethAcrylate |
|
P(THFMA-co-LMA) |
Poly(TetraHydroFurfuryl MethAcrylate-co-Lauryl MethAcrylate) |
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PTIR |
PhotoThermal IR spectroscopy |
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PTM |
Polynomial Texture Mapping |
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PTMS |
Phenyl Tri Methoxy Silane |
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PTO |
Power Take Off |
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PTP |
Postgraduate Training Partnership |
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PTPA |
Poly(TriPhenylAmine) | |
PTS |
Position-Tagged Spectrometry |
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PTT |
Poly (Trimethylene Terephthalate) |
e.g. Dupont™ Sorona® |
PTV |
Particle Tracking Velocimetry |
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PTVA |
Piezo Tuneable Vibration Absorber |
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PU |
Poly (Urethane) |
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PUDCM |
Parametrically-Upscaled Continuum Damage Mechanics |
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pU-CT |
planar Ultrasound Computed Tomography |
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PUD |
Poly Urethane Dispersions |
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PUI |
Poly (Urethane Imides) |
|
PuK |
Department of Polymer Materials and Plastics engineering |
Clausthal UT |
PULSE |
Plymouth University Leg-Powered Submarine Engineering |
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PUM |
Partition of Unity-based Methods |
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PUR |
Polyurethane resin |
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PURE |
Probability, Uncertainty and Risk in the Environment |
Knowledge Exchange Network and Research Programme |
PUWER |
Provision and Use of Work Equipment Regulations |
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PVA | Poly (Vinyl Acetate) or Poly (Vinyl Alcohol) |
|
PVAc | Poly (Vinyl Acetate) | |
PVADH | Poly Vinyl Alcohol DeHydrogenase | |
PVAm | Poly Vinyl Amine | |
PVC | Porosity Volume Content | |
PVC | Poly (Vinyl Chloride) | |
PVD | Physical Vapour Deposition | |
PVD | Principle of Virtual Displacement | |
PVDF | Poly (Vinylidene Fluoride) | |
PVG | Protection of Vulnerable Groups | |
PVOA | Poly(sodium Vinyl Oxy Acetate) | |
PVOH | Poly vinyl alcohol | |
PVP | Poly n-vinylpyrrolidone | |
PVSD | Plant
Varieties and Seed Division |
Defra |
PVT | Pulsed video thermography (NDT technique) | |
PWF | Poplar Wood Flour | |
PWI | Plane wave Imaging | |
PYC | Passenger Yacht Code | |
PyC | Pyrolytic Carbon | |
PZC | Point of Zero Charge | |
PZEV | Partial Zero Emissions Vehicle |
MERL project |
PZT | Lead (Pb) zirconium titanate |
Piezoelectric transducer material |
PZT | Poly Zircono Carbosilane | |