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Acronyms that contain the term w particle
What does w particle mean? This page is about the various possible meanings of the acronym, abbreviation, shorthand or slang term: w particle.
Term | Definition | Rating |
---|---|---|
NAPTA | North American Particle Therapy Alliance | |
HEPA | High Efficiency Particle Air filter | |
MPPS | Most Penetrating Particle Size | |
MPI | Magnetic Particle Inspection | |
SEP | Solar Energetic Particle | |
WIMP | Weakly Interacting Massive Particle | |
PPARC | Particle Physics and Astronomy Research Council | |
TRAPS | Trapped Reactive Atmospheric Particle Spectrometer | |
ICAPS | Interactions in Cosmic and Atmospheric Particle Systems | |
PTA | Particle Testing Authority | |
APS | Aerodynamic Particle Sensor | |
PFS | Particle Filter System | |
PMC | Particle Mass Controller | |
SMPS | Scanning Mobility Particle Sizer | |
SPD | Suspended Particle Device | |
VFT | Vert Particle Filter Test | |
VPR | Volatile Particle Remover | |
MPI | Magnetic Particle Inspection | |
CAVITATOR | The term "cavitator" refers to a device or apparatus designed to generate and control cavitation, a physical phenomenon in which bubbles of gas or vapor form in a liquid due to pressure variations. This device is specifically engineered to harness cavitation for specific purposes, such as purification treatments, particle fragmentation, optimization of industrial processes, or advanced technological applications. The term "cavitator" can be associated with the concept of "Cavitation Reactor," indicating its clear function in the controlled manipulation of cavitation for specific purposes in scientific, engineering, or industrial contexts. | |
BFPC | biofluorescent particle counter | |
KEPO | Knowing Each Particle of Object | |
PPD | Peak Particle Diameter | |
SPD | Suspended Particle Device | |
P | Particle | |
LPD | Large Particle Detection | |
SPH | Smooth Particle Hydrodynamics | |
MP | Metal Particle | |
PSD | Particle Size Distribution | |
FPF | Fine Particle Fraction | |
SiNP | Silicon Nano-Particle | |
MPS | Mean Particle Size | |
SNALP | Stable nucleic acid lipid particle | |
DEPE | Diesel Exhaust Particle Extract | |
POPF | Ph Optimized Particle Free | |
PAC | IEEE Particle Accelerator Conference | |
RTCON | CONference on Real-Time Computer Applications in Nuclear, Particle, and Plasma Physics | |
IPAC | International Particle Accelerator Conference | |
PANIC | Particle And Nuclei International Conference | |
PSD | Particle Size Distribution | |
PPARC | Particle Physics and Astronomy Research Council | |
PTRW | Particle Technology Research Western | |
ERPT | Educational Resources for Particle Technology | |
CPA | Charged Particle Analysis | |
ISPM | In-Situ Particle Monitor | |
JQP | Josephson Quasi Particle | |
LPC | Laser Particle Counter | |
LPC | Liquid-borne Particle Counter | |
LPC | Low Particle Concentration | |
PIND | Particle Impact Noise Detection | |
PIP | Process-Induced Particle | |
PMS | Particle Measuring System | |
PRAS | Particle Reactor Analysis Services | |
HEPA | High Efficiency Particle Absorption | |
MPI | Magnetic Particle Inspection | |
EPG | Electrical Particle Generator | |
MEPS | Medium Energy Particle Spectrometer | |
HEP | High Energy Particle | |
LEPTS | Low Energy Particle Track Simulation | |
HEPP | High Energy Particle Physics | |
LEPD | Low Energy Particle Detector | |
HEPPA | High Energy Physics and Particle Astrophysics | |
HEPS | High Energy Particle Spectrometer | |
ULEIS | Ultra-Low Energy Isotope Spectrometer (particle instrument) | |
PPSE | Plavsky Particle System Engineering | |
MPI | Magnetic Particle Inspection | |
WFPN | Western Fine Particle Network | |
PMI | Particle Pollution | |
APAE | Applications of Particle Accelerators in Europe | |
MSRPT | Modified Single-Step Reverse Particle Tracking | |
PS | Particle Size | |
PCI | Particle Control Incorporated | |
CPAC | Compact Particle Acceleration Corporation | |
REPW | Rarotonga Energetic Particle Workshop | |
BPBL | Balochistan Particle Board Limited | |
BPBL | Balochistan Particle Board Ltd | |
GDPT | General Defocusing Particle Tracking | |
GPT | General Particle Tracer | |
GDPT | General Defocusing Particle Tracking | |
GPT | General Particle Tracer | |
SNRNP | Small Nuclear Ribonucleo Protein Particle | |
UPP | Ubiquitylated Protein Particle | |
PPV | Peak Particle Velocity | |
RPPV | Resultant Peak Particle Velocity | |
SMPS | Scanning Mobility Particle Sizer | |
MPI | Magnetic Particle Inspection | |
PICOP | Particle-In-Cloud-Of-Points | |
IPSE | Institute of Particle Science and Engineering | |
IFPRI | International Fine Particle Research Institute | |
INPA | Institute for Nuclear and Particle Astrophysics | |
KIPAC | Kavli Institute for Particle Astrophysics and Cosmology | |
SCIPP | Santa Cruz Institute for Particle Physics | |
KIPAC | Kavli Institute for Particle Astrophysics Cosmology | |
IPNS | Institute of Particle and Nuclear Studies | |
PANIC | Particle And Nuclei International Conference | |
HMP | High Grade Metal Particle | |
PPDG | Particle Physics Data Grid | |
JPST | Journal of Particle Science Technology | |
IAP | Intracisternal A-type Particle | |
TP-PA | Treponema pallidum particle agglutation | |
APTL | Aerosol Particle Technology Laboratory | |
LPPC | Laboratory for Particle Physics and Cosmology | |
MPI | Magnetic Particle Inspection | |
LEPP | Laboratory for Elementary-Particle Physics | |
LPPC | Laboratory of Particle Physics and Cosmology | |
PEML | Particle Emissions Measurement Laboratory | |
CPM | Crucible Particle Metallurgy | |
MPI | Magnetic Particle Inspection | |
PMED | Particle Mediated Epidermal Delivery | |
PEPT | Positron Emission Particle Tracking | |
MPI | Magnetic Particle Inspection | |
CPE | Charged Particle Equilibrium | |
TCPE | Transient Charged Particle Equilibrium | |
MPI | Magnetic Particle Inspection | |
SPH | Smooth Particle Hydrodynamics | |
SBNPB | Space- Based Neutral Particle Beam | |
SBNPBS | Space- Based Neutral Particle Beam System | |
MPB | Molecular Particle Beam | |
NPB | Neutral Particle Beam | |
PPC | Particle Projectile Cannon | |
PBW | Particle Beam Weapon | |
PB | Particle Beam | |
CEPAC | COSTEP (Comprehensive Supra-Thermal and Energetic Particle Analyzer)-ERNE (Energetic and Relativistic Nuclei and Electron experiment) Particle Analysis Collaboration | |
COSTEP | Comprehensive Supra-Thermal and Energetic Particle Analyzer | |
EPA | Energetic Particle Analyzer | |
PERT | Particle Electrostatic Reverse Thruster | |
AMPTE | Active Magnetospheric Particle Tracer Explorer | |
CPE | Continuous Particle Electrophoresis | |
EPE | Energetic Particle Explorer | |
HEPA | High Efficiency Particle Air | |
HZE | Highly-charged and Energetic particle | |
NPDS | Nuclear Particle Detection Subsystem | |
PIND | Particle Impact Noise Detection | |
SEPAC | Space Experiment with Particle ACcelerators | |
SAMPEX | Solar, Anomalous and Magnetospheric Particle Explorer | |
INPA | Institute for Nuclear and Particle Astrophysics | |
NPPS | Nuclear and Particle Physics Software | |
IPNS | Institute of Particle and Nuclear Studies | |
NPPP | Nuclear and Particle Physics Proceedings | |
NPP | Nuclear and Particle Physics (various locations) | |
VEPO | Virtual Energetic Particle Observatory | |
CPC | Condensation Particle Counter | |
HY-SPLIT | Hybrid Single Particle Lagrangian Integrated Trajectories | |
CIPS | Cloud Imaging and Particle Size | |
OPIC | Oxford Particle Imaging Centre | |
INPA | Imaging Neutral Particle Analyzer | |
PIXE | Particle Induced X-ray Emission | |
PBO | Particle Beam Optics | |
MP | Magnetic Particle | |
MP | Modal Particle | |
PME | Particle-Mesh Ewald | |
APOP | Automatic Particle Orientation Procedure | |
MIP | Minimum Ionizing Particle | |
QP | Quasi-Particle | |
1PI | One Particle Irreducible | |
2PH TDF | Two-Particle-Hole Tamm-Dancoff Approximation | |
PIV | Particle Image Velocimetry | |
LSP | Lightest Supersymmetric Particle | |
OPC | Optical Particle Counter | |
CPN | Conserved Particle Number | |
PEL | Particle Emission Level | |
PWT | Particle Wave Technology | |
PM | Particle Multiplication | |
UFP | Ultra- Fine Particle | |
PASS | Particle Accelerator Security System | |
SPU | Single Particle Unit | |
APM | Associated Particle Method | |
LPI | Light Particle Irreducibility | |
GAPP | Global Analysis Of Particle Properties | |
PIB | Particle In a Box | |
IPC | Individual Particle Correlation | |
CPC | Charged Particle Cannon | |
WIMP | Weakly Interacting Massive Particle | |
CMP | Colt Magnetic Particle | |
SPH | Smooth Particle Hydrodynamics | |
PPAP | Particle Physics Advisory Panel | |
KSPH | Kinetic Smooth Particle Hydrodynamics | |
PSDA | Particle Size Distribution Analyzer | |
SIMP | Strongly Interacting Massive Particle | |
PF | Particle Flow | |
MPI | Magnetic Particle Inspection | |
OPSO | Optimized Particle Swarm Optimization | |
SPH | Smoothed Particle Hydrodynamics | |
PPD | Particle Physics Division | |
IPP | Institute of Particle Physics | |
IPP | Institute for Particle Physics | |
CPPM | Center for Particle Physics of Marseilles | |
IOPP | Institute Of Particle Physics | |
IPPP | Institute for Particle Physics Phenomenology | |
CCPP | Center for Cosmology and Particle Physics | |
PPA | Particle Physics and Astrophysics | |
PPDG | Particle Physics Data Grid | |
LPPC | Laboratory for Particle Physics and Cosmology | |
CCEPP | CAS Center for Excellence in Particle Physics | |
ICEPIC | Improved concurrent electromagnetic particle in cell | |
PPNS | Particle Physics at Neutron Sources | |
HEPPA | High Energy Physics and Particle Astrophysics | |
KPT | Kinetic Particle Theory | |
LEPP | Laboratory for Elementary-Particle Physics | |
PPARC | Particle Physics and Astronomy Research Council | |
SCIPP | Santa Cruz Institute for Particle Physics | |
LPPC | Laboratory of Particle Physics and Cosmology | |
NPPS | Nuclear and Particle Physics Software | |
KPM | Kinetic Particle Model | |
ULEIS | Ultra-Low Energy Isotope Spectrometer (particle instrument) | |
PPCT | Particle Physics and Cosmology Theory | |
NPPP | Nuclear and Particle Physics Proceedings | |
NPP | Nuclear and Particle Physics (various locations) | |
SPAG | Small Particle Aerosol Generator | |
IPS | Inlet Particle Separator | |
RTPF | Real-Time Particle Filter | |
IFPRI | International Fine Particle Research Institute | |
MPI | Magnetic Particle Inspection | |
PPARC | Particle Physics and Astronomy Research Council | |
IPA | Indefinite Particle Article | |
FTPM | Force Tethered Particle Motion | |
MPPD | Multiple Path Particle Dosimetry | |
JPSO | Jumping Particle Swarm Optimization | |
MIPP | Main Injector Particle Production | |
JPST | Journal of Particle Science Technology | |
MPI | Magnetic Particle Inspection | |
FPST | Frontiers in Particle Science and Technology | |
PLPM | Photochemical Lagrangian Particle Model | |
RX | Right handed Particle. Better knows as Positrons-. | |
TPSO | Tuning Particle Swarm Optimiser | |
NPPS | Nuclear and Particle Physics Software | |
PSO | Particle Swarm Optimization | |
PDT | Particle Dampening Technology | |
PTF | Particle Technology Forum | |
APTL | Aerosol and Particle Technology Laboratory | |
FPIA | Flow Particle Image Analyzer | |
APTL | Aerosol Particle Technology Laboratory | |
JPST | Journal of Particle Science Technology | |
MPI | Magnetic Particle Inspection | |
FPST | Frontiers in Particle Science and Technology | |
PTL | Particle Technology Labs | |
ERPT | Educational Resources for Particle Technology | |
IGPT | Image Guided Particle Therapy | |
IMPT | Intensity Modulated Particle Therapy | |
NAPTA | North American Particle Therapy Alliance | |
APTG | Aarhus Particle Therapy Group | |
PERT | Particle Electrostatic Reverse Thruster | |
WPTT | Water Particle Travel Time | |
PPPM | Particle Particle Particle Mesh | |
PPHH | Particle Particle Hole Hole | |
CPD | Charged Particle Device | |
DPD | Dissipative Particle Dynamics | |
SRP | Signal Recognition Particle | |
PMD | Particle Motion Diagram | |
SPT | Scaled Particle Theory | |
LNP | Little Neutral Particle | |
GP | Grammatical Particle | |
MPT | Magnetic Particle Testing | |
PPD | Pelliclelised Particle Detection | |
SPOF | Single Particle Overlap Functions | |
PSAP | Particle Soot Absorption Photometer | |
UCPC | Ultrafine Condensation Particle Counter | |
PPC | Particle Projector Cannon | |
PMOL | Particle Made Of Light | |
PTRW | Particle Tracking Random Walk | |
PSS | Particle Sizing Systems | |
HEPA | High Efficiency Particle Arresting | |
HEPA | High Efficiency Particle Arrestance | |
CLPT | Controlled Lagrangian Particle Tracking | |
LOPC | Laser Optical Particle Counter | |
IPSD | Integrated Particle Size Distribution | |
DPAD | Distributed Particle Accelerator Design | |
PAPSO | Parallel Asynchronous Particle Swarm Optimization | |
HPM | Hamiltonian Particle Mesh | |
APTL | Aerosol and Particle | |
PME | Particle Mesh Ewald | |
PSO | Particle swarm optimization | |
DMPS | Differential Mobility Particle Sizer | |
DPSF | Dynamic Particle System Framework | |
SPME | Smooth Particle Mesh Ewald | |
PPC | Particle Projection Cannon | |
ALPM | Adaptive Lagrangian Particle Method | |
SVPM | Small Volume Particle Microsampler | |
PHT | Particle Humidity and Temperature | |
SPP | Superficially Porous Particle | |
EPPS | Energetic Particle and Plasma Spectrometer | |
MPTS | Micro Particle Training Systems | |
UPA | Unique Particle Attribution | |
PFC | Particle Flow Code | |
SPIV | Stereoscopic Particle Image Velocimetry | |
SPIV | Scanning Particle Image Velocimetry | |
RWPM | Random Walk Particle Method | |
APSD | Aerodynamic Particle Size Distribution | |
SPSO | Standard Particle Swarm Optimization | |
FSPT | Fluorescence Single Particle Tracking | |
SEPD | Sand Erosion Particle Detector | |
PSOT | Particle Swarm Optimization Toolbox | |
EAPS | Engine Air Particle Separator | |
WIMP | Weakly Interaction Massive Particle | |
PRPF | Path Relinking Particle Filter | |
MPPE | Mercury Plasma Particle Experiment | |
RTPF | Real time Particle Filters | |
RTPF | Real Time Particle Filter | |
POGM | Particle On Grid Method | |
SPLIT | Single Particle Lagrangian Integrated Trajectory | |
TOPAS | Turnkey Optical Particle Analysis System | |
MPCD | Multi Particle Collision Dynamics | |
TPCF | Two Particle Correlation Functions | |
PDPA | Phase Doppler Particle Analyzer | |
DEPE | Diesel Exhaust Particle Extracts | |
CPMA | Centrifugal Particle Mass Analyzer | |
SSPH | Symmetric Smoothed Particle Hydrodynamics | |
GSPH | Godunov Smoothed Particle Hydrodynamics | |
RLP | Remnant like particle | |
LDPM | Lattice Discrete Particle Model | |
DCPF | Distributional Clauses Particle Filter | |
MPE | Magnetic Particle Examination | |
SPM | Suspended Particle Matter | |
EEPS | Engine Exhaust Particle Sizer | |
PFU | Particle Forming Units | |
APM | Ascent Particle Monitor | |
TDPD | Transport Dissipative Particle Dynamics | |
VLPV | Virus Like Particle Vectors | |
SPOS | Single Particle Optical Sizing | |
DDPF | Deformation Detection Particle Filter | |
ADPSO | Adaptive Discrete Particle Swarm Optimization | |
ADPSO | Adaptive Dynamic Particle Swarm Optimization | |
FAPES | Fast Aerosol Particle Emission Spectrometer | |
FMPI | Fluorescent Magnetic Particle Inspection | |
SPAQ | Sensitive Particle Acoustic Quantification | |
MCPL | Monte Carlo Particle Lists | |
MPP | Mucus Penetrating Particle | |
WFMP | Wet Fluorescent Magnetic Particle | |
RWPT | Random Walk Particle Tracking | |
DIPA | Differential Individual Particle Analysis | |
PPME | Parallel Particle Mesh Environment | |
PSPD | Particle Sensor Performance Durability | |
BPSO | Binary Particle Swarm Optimization | |
GPSO | Gaussian Particle Swarm Optimization | |
GPSO | Greedy Particle Swarm Optimization | |
NPF | New Particle Formation | |
PMOC | Particle Method Of Characteristics | |
FRPM | Fine Rubber Particle Media | |
GPSO | Graded Particle Swarm Optimization | |
EPTM | Enhanced Particle Tracking Model | |
AMPT | A Multi Particle Transport | |
RKPM | Reproducing kernel particle method | |
PPD | Polymer Particle Dispersion | |
PDFE | Particle Detector Front End | |
EPSO | Evolutionary Particle Swarm Optimization | |
BAPSA | Binary Accelerated Particle Swarm Algorithm | |
NPP | Non Polar Particle | |
PTM | Particle Tracking Model | |
MUPS | Multiple Unit Particle Systems | |
EPI | Energetic Particle Instrument | |
NPDS | Nano Particle Deposition System | |
SPART | Single Particle Aerodynamic Relaxation Time | |
NIPI | Nucleation by Immersed Particle Instrument | |
CPMI | Centre for Particle and Material Interfaces | |
NLSP | Next-to-Lightest Supersymmetric Particle | |
TPPA | Treponema Pallidum Particle Agglutination | |
LPAT | Latex Particle Agglutination Test | |
PTVS | Particle Tracking Velocimetry Sizing | |
CPLEE | Charged Particle Lunar Environment Experiment | |
HMPID | High Momentum Particle Identification Detector | |
MOPSO | Multiple Objective Particle Swarm Optimization | |
DPLM | Distinguishable Particle Lattice Model | |
PFE | Particle Filtration Efficiency | |
LPSO | Leader Particle Swarm Optimization | |
NPAP | Nordic Particle Accelerator Project | |
WCPC | Water Condensation Particle Counter | |
SPOS | Single Particle Optical Sensing | |
PCET | Particle Collection Efficiency Test | |
ADPIC | Atmospheric Diffusion Particle In Cell | |
DCPT | Dual Continuum Particle Tracker | |
RPP | Reviews of Particle Properties | |
PDWC | Particle Distance Weighted Clustering | |
LPB | Laser and Particle Beams | |
AMPAS | Active Magnetospheric Particle Acceleration Satellite | |
FIMP | Feebly Interacting Massive Particle | |
APIC | Affine Particle In Cell | |
SOPS | Self Organizing Particle Systems | |
LDPA | Laser Diffraction Particle Analyzer | |
HEPA | High Efficiency Particle Arrester | |
LPP | Lipoprotein Particle Profile | |
FAP | For A Particle | |
PTSM | Particle Tracking Silicon Microscope | |
PIDV | Particle Image Displacement Velocimetry | |
PGA | Particle Graphic Accelerator | |
ALP | Axion Like Particle | |
SRPS | Signal Recognition Particle SRP | |
CPCB | Condensation Particle Counter Battery | |
WGP | Whole Glucan Particle | |
CPSO | Chaotic Particle Swarm Optimization | |
CPSO | Conventional Particle Swarm Optimization | |
SPT | Single Particle Tracking | |
PMS | Particle Measuring Systems | |
SPSO | Sliced Particle Swarm Optimization | |
PJP | Positive Janus Particle | |
PFFF | Particle Filters for Flood Forecasting | |
DIPM | Deformed Independent Particle Model | |
EPG | Exotic Particle Generator | |
PALMS | Particle Analysis by Laser Mass Spectrometry | |
WTPM | Warsaw Test Particle Model | |
PEPSO | President Election Particle Swarm Optimization | |
QP | Quantum Particle | |
EPD | Energetic Particle Detector | |
PDMC | Particle Diffusion Monte Carlo | |
POPS | Portable Optical Particle Spectrometer | |
PQP | Polar Question Particle | |
BEAP | BCG Encapsulated Alginate Particle | |
SDPD | Smoothed Dissipative Particle Dynamics | |
PTV | Particle Tracking Velocimetry | |
ZEPA | Zero Emission Particle Arester | |
ECP | Energetic Charged Particle | |
SPAG | Suspended Particle Administration Generator | |
PP | Per Particle | |
PM | Particle Measure | |
PDG | Particle Data Group | |
YPP | Young Particle Physicists | |
DPT | Department of Particle Theory | |
SVP | Synthetic Vaccine Particle |
What does w particle mean?
- w particle
- In particle physics, the W and Z bosons are vector bosons that are together known as the weak bosons or more generally as the intermediate vector bosons. These elementary particles mediate the weak interaction; the respective symbols are W+, W−, and Z0. The W± bosons have either a positive or negative electric charge of 1 elementary charge and are each other's antiparticles. The Z0 boson is electrically neutral and is its own antiparticle. The three particles each have a spin of 1. The W± bosons have a magnetic moment, but the Z0 has none. All three of these particles are very short-lived, with a half-life of about 3×10−25 s. Their experimental discovery was pivotal in establishing what is now called the Standard Model of particle physics. The W bosons are named after the weak force. The physicist Steven Weinberg named the additional particle the "Z particle", and later gave the explanation that it was the last additional particle needed by the model. The W bosons had already been named, and the Z bosons were named for having zero electric charge.The two W bosons are verified mediators of neutrino absorption and emission. During these processes, the W± boson charge induces electron or positron emission or absorption, thus causing nuclear transmutation. The Z boson mediates the transfer of momentum, spin and energy when neutrinos scatter elastically from matter (a process which conserves charge). Such behavior is almost as common as inelastic neutrino interactions and may be observed in bubble chambers upon irradiation with neutrino beams. The Z boson is not involved in the absorption or emission of electrons or positrons. Whenever an electron is observed as a new free particle, suddenly moving with kinetic energy, it is inferred to be a result of a neutrino interacting with the electron (with the momentum transfer via the Z boson) since this behavior happens more often when the neutrino beam is present. In this process, the neutrino simply strikes the electron (via exchange of a boson) and then scatters away from it, transferring some of the neutrino's momentum to the electron.
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