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DUNE_words.json
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{
"2p2h": {
"defHTML": "two particle, two hole.",
"defLaTeX": "two particle, two hole",
"term": "2p2h",
"termHTML": "2p2h",
"type": "word"
},
"2x2": {
"defHTML": "A set of four LArTPC modules (in a 2-by-2 configuration) used in the\nDUNE near detector prototype.",
"defLaTeX": "A set of four LArTPC modules (in a 2-by-2 configuration) used in the DUNE near detector prototype",
"term": "2x2 ND LArTPC prototype",
"termHTML": "2x2 ND LArTPC prototype",
"type": "word"
},
"35t": {
"defHTML": "A prototype cryostat and <a href=\"#sp\">SP</a> detector\nbuilt at <a href=\"#fermilab\">Fermilab</a> before the <a\nhref=\"#protodune\">ProtoDUNE</a> detectors.",
"defLaTeX": "A prototype cryostat and \\gls{sp} detector built at \\gls{fermilab} before the \\gls{protodune} detectors",
"term": "35 ton prototype",
"termHTML": "35 ton prototype",
"type": "word"
},
"3dst": {
"abbrev": "3DST",
"abbrevHTML": "3DST",
"defHTML": "The core part of the 3D projection scintillator tracker spectrometer\nin the near detector conceptual design.",
"defLaTeX": "The core part of the \\threed projection scintillator tracker spectrometer in the near detector conceptual design",
"term": "3D scintillator tracker",
"termHTML": "3D scintillator tracker",
"type": "abbrev"
},
"3dsts": {
"abbrev": "3DST-S",
"abbrevHTML": "3DST-S",
"defHTML": "The 3D projection scintillator tracker spectrometer in the near\ndetector conceptual design.",
"defLaTeX": "The \\threed projection scintillator tracker spectrometer in the near detector conceptual design",
"term": "3D scintillator tracker spectrometer",
"termHTML": "3D scintillator tracker spectrometer",
"type": "abbrev"
},
"4850l": {
"defHTML": "The depth in feet (1480 m) of the access level for the DUNE\nunderground area at SURF; called the \"4850 level\".",
"defLaTeX": "The depth in feet (1480 m) of the access level for the DUNE underground area at SURF; called the ``4850 level''",
"term": "4850L",
"termHTML": "4850L",
"type": "word"
},
"Geant4Reweight": {
"defHTML": "Framework for evaluating and propagating hadronic interaction\nuncertainties in Geant4.",
"defLaTeX": "Framework for evaluating and propagating hadronic interaction uncertainties in Geant4",
"term": "Geant4Reweight",
"termHTML": "Geant4Reweight",
"type": "word"
},
"ac": {
"defHTML": "Alternating Current; when used in the phrase \"AC coupling\" refers to\na circuit element that filters out low-frequency components, such as\nconstant offsets, leaving higher frequency signal components. The\nfrequency filtering is determined both by a resistor and a capacitor.",
"defLaTeX": "Alternating Current; when used in the phrase ``AC coupling'' refers to a circuit element that filters out low-frequency components, such as constant offsets, leaving higher frequency signal components. The frequency filtering is determined both by a resistor and a capacitor",
"term": "AC",
"termHTML": "AC",
"type": "word"
},
"act": {
"defHTML": "activation time stamp.",
"defLaTeX": "activation time stamp",
"term": "ACT",
"termHTML": "ACT",
"type": "word"
},
"adc": {
"abbrev": "ADC",
"abbrevHTML": "ADC",
"defHTML": "A sampling of a voltage resulting in a discrete integer count\ncorresponding in some way to the input.",
"defLaTeX": "A sampling of a voltage resulting in a discrete integer count corresponding in some way to the input",
"term": "analog-to-digital converter",
"termHTML": "analog-to-digital converter",
"type": "abbrev"
},
"agky": {
"abbrev": "AGKY",
"abbrevHTML": "AGKY",
"defHTML": "A model for hadronization of non-resonant inelastic neutrino\nreactions used in <a href=\"#genie\">GENIE</a>. At low\ninvariant hadronic masses, typically less than 2.3\u2006GeV/c<span\nclass=\"math inline\"><sup>2</sup></span>, it is a KNO-inspired empirical\nmodel anchored on several bubble chamber measurements of\nneutrino-induced shower characteristics. For invariant hadronic masses\nbetween 2.3 and 3.0\u2006GeV/c<span class=\"math inline\"><sup>2</sup></span>,\nthe model transitions linearly to a <a\nhref=\"#genie\">GENIE</a>-tuned version of PYTHIA, which is also\nused for the simulation of events at higher invariant masses.",
"defLaTeX": "A model for hadronization of non-resonant inelastic neutrino reactions used in \\gls{genie}. At low invariant hadronic masses, typically less than 2.3\\,GeV/c$^2$, it is a KNO-inspired empirical model anchored on several bubble chamber measurements of neutrino-induced shower characteristics. For invariant hadronic masses between 2.3 and 3.0\\,GeV/c$^2$, the model transitions linearly to a \\gls{genie}-tuned version of PYTHIA, which is also used for the simulation of events at higher invariant masses",
"term": "Andreopoulos-Gallagher-Kehayias-Yang",
"termHTML": "Andreopoulos-Gallagher-Kehayias-Yang",
"type": "abbrev"
},
"ahj": {
"abbrev": "AHJ",
"abbrevHTML": "AHJ",
"defHTML": "An organization, office, or individual responsible for enforcing the\nrequirements of a code or standard, or for approving equipment,\nmaterials, an installation, or a procedure.",
"defLaTeX": "An organization, office, or individual responsible for enforcing the requirements of a code or standard, or for approving equipment, materials, an installation, or a procedure",
"term": "Authority Having Jurisdiction",
"termHTML": "Authority Having Jurisdiction",
"type": "abbrev"
},
"aisi": {
"defHTML": "American Iron and Steel Institute.",
"defLaTeX": "American Iron and Steel Institute",
"term": "AISI",
"termHTML": "AISI",
"type": "word"
},
"alara": {
"abbrev": "ALARA",
"abbrevHTML": "ALARA",
"defHTML": "Typically used with regard management of radiation exposure but may\nbe used more generally. It means making every reasonable effort to\nmaintain exposures, e.g., from harmful radiation, to as far below the\nlimits as practical, consistent with the purpose for that the activity\nis undertaken.",
"defLaTeX": "Typically used with regard management of radiation exposure but may be used more generally. It means making every reasonable effort to maintain exposures, e.g., from harmful radiation, to as far below the limits as practical, consistent with the purpose for that the activity is undertaken",
"term": "as low as reasonably achievable",
"termHTML": "as low as reasonably achievable",
"type": "abbrev"
},
"alice": {
"defHTML": "A Large Ion Collider Experiment, at CERN.",
"defLaTeX": "A Large Ion Collider Experiment, at CERN",
"term": "ALICE",
"termHTML": "ALICE",
"type": "word"
},
"amc": {
"abbrev": "AMC",
"abbrevHTML": "AMC",
"defHTML": "Holds digitizing electronics and lives in <a\nhref=\"#microtca\"><span\nclass=\"math inline\"><em>\u03bc</em></span>TCA</a> crates.",
"defLaTeX": "Holds digitizing electronics and lives in \\gls{microtca} crates",
"term": "advanced mezzanine card",
"termHTML": "advanced mezzanine card",
"type": "abbrev"
},
"ams": {
"abbrev": "AMS",
"abbrevHTML": "AMS",
"defHTML": "Verilog-AMS is a derivative of the Verilog hardware description\nlanguage that includes analog and mixed-signal extensions (AMS) in order\nto define the behavior of analog and mixed-signal systems.",
"defLaTeX": "Verilog-AMS is a derivative of the Verilog hardware description language that includes analog and mixed-signal extensions (AMS) in order to define the behavior of analog and mixed-signal systems",
"term": "analog and mixed signal",
"termHTML": "analog and mixed signal",
"type": "abbrev"
},
"anl": {
"abbrev": "ANL",
"abbrevHTML": "ANL",
"defHTML": "US DOE national laboratory in Lemont, IL.",
"defLaTeX": "US DOE national laboratory in Lemont, IL",
"term": "Argonne National Laboratory",
"termHTML": "Argonne National Laboratory",
"type": "abbrev"
},
"anodepln": {
"defHTML": "a planar array of charge readout devices in a LArTPC.",
"defLaTeX": "a planar array of charge readout devices in a LArTPC",
"term": "anode plane",
"termHTML": "anode plane",
"type": "word"
},
"apa": {
"abbrev": "APA",
"abbrevHTML": "APA",
"defHTML": "A unit of the <a href=\"#fdhd\">FD-HD</a> detector module\ncontaining the elements sensitive to ionization in the <a\nhref=\"#lar\">LAr</a>. Each anode face has three planes of wires\n(two induction, one collection) to provide a 3D view, and interfaces to\nthe cold electronics and photon detection system.",
"defLaTeX": "A unit of the \\gls{fdhd} detector module containing the elements sensitive to ionization in the \\gls{lar}. Each anode face has three planes of wires (two induction, one collection) to provide a 3D view, and interfaces to the cold electronics and photon detection system",
"term": "anode plane assembly",
"termHTML": "anode plane assembly",
"terms": "anode plane assemblies",
"termsHTML": "anode plane assemblies",
"type": "abbrevs"
},
"apb": {
"defHTML": "authorship and publications board.",
"defLaTeX": "authorship and publications board",
"term": "APB",
"termHTML": "APB",
"type": "word"
},
"api": {
"defHTML": "Application Programming Interface.",
"defLaTeX": "Application Programming Interface",
"term": "API",
"termHTML": "API",
"type": "word"
},
"arapuca": {
"defHTML": "A <a href=\"#pds\">PDS</a> design that consists of a light\ntrap that captures wavelength-shifted photons inside boxes with highly\nreflective internal surfaces until they are eventually detected by <a\nhref=\"#sipm\">SiPM</a> detectors or are lost.",
"defLaTeX": "A \\gls{pds} design that consists of a light trap that captures wavelength-shifted photons inside boxes with highly reflective internal surfaces until they are eventually detected by \\gls{sipm} detectors or are lost",
"term": "ARAPUCA",
"termHTML": "ARAPUCA",
"type": "word"
},
"arclt": {
"defHTML": "a light detector for the <a href=\"#arcube\">ArgonCube</a>\neffort.",
"defLaTeX": "a light detector for the \\gls{arcube} effort",
"term": "ArCLight",
"termHTML": "ArCLight",
"type": "word"
},
"arcube": {
"defHTML": "The name of the core part of the <a href=\"#dune\">DUNE</a>\n<a href=\"#nd\">ND</a>, a <a\nhref=\"#lartpc\">LArTPC</a>.",
"defLaTeX": "The name of the core part of the \\gls{dune} \\gls{nd}, a \\gls{lartpc}",
"term": "ArgonCube",
"termHTML": "ArgonCube",
"type": "word"
},
"argoneut": {
"defHTML": "The ArgoNeuT test-beam experiment and <a\nhref=\"#lartpc\">LArTPC</a> prototype at <a\nhref=\"#fermilab\">Fermilab</a>.",
"defLaTeX": "The ArgoNeuT test-beam experiment and \\gls{lartpc} prototype at \\gls{fermilab}",
"term": "ArgoNeuT",
"termHTML": "ArgoNeuT",
"type": "word"
},
"art": {
"defHTML": "A software framework implementing an event-based execution\nparadigm.",
"defLaTeX": "A software framework implementing an event-based execution paradigm",
"term": "art",
"termHTML": "art",
"type": "word"
},
"artdaq": {
"defHTML": "A data acquisition toolkit for data transfer, aggregation and\nprocessing.",
"defLaTeX": "A data acquisition toolkit for data transfer, aggregation and processing",
"term": "artdaq",
"termHTML": "artdaq",
"type": "word"
},
"artg4tk": {
"defHTML": "artg4tk provides a general interface between <a\nhref=\"#geant4\">Geant4</a> and <a\nhref=\"#art\">art</a>.",
"defLaTeX": "artg4tk provides a general interface between \\gls{geant4} and \\gls{art}",
"term": "artg4tk",
"termHTML": "artg4tk",
"type": "word"
},
"ashriver": {
"defHTML": "The Ash River, Minnesota, USA <a href=\"#nova\">NOvA</a>\nexperiment far site, used as an assembly test site for <a\nhref=\"#dune\">DUNE</a>.",
"defLaTeX": "The Ash River, Minnesota, USA \\gls{nova} experiment far site, used as an assembly test site for \\gls{dune}",
"term": "Ash River",
"termHTML": "Ash River",
"type": "word"
},
"asic": {
"defHTML": "application-specific integrated circuit.",
"defLaTeX": "application-specific integrated circuit",
"term": "ASIC",
"termHTML": "ASIC",
"type": "word"
},
"atca": {
"abbrev": "ATCA",
"abbrevHTML": "ATCA",
"defHTML": "An advanced computer architecture specification developed for the\ntelecommunications, military, and aerospace industries that incorporates\nthe latest trends in high-speed interconnect technologies,\nnext-generation processors, and improved reliability, availability and\nserviceability.",
"defLaTeX": "An advanced computer architecture specification developed for the telecommunications, military, and aerospace industries that incorporates the latest trends in high-speed interconnect technologies, next-generation processors, and improved reliability, availability and serviceability",
"term": "Advanced Telecommunications Computing Architecture",
"termHTML": "Advanced Telecommunications Computing Architecture",
"type": "abbrev"
},
"atlas": {
"defHTML": "One of two general-purpose detectors at the <a\nhref=\"#lhc\">LHC</a>. It investigates a wide range of physics,\nfrom the measurements of the Higgs boson properties to searches for\nextra dimensions and particles that could make up <a\nhref=\"#dm\">DM</a>.",
"defLaTeX": "One of two general-purpose detectors at the \\gls{lhc}. It investigates a wide range of physics, from the measurements of the Higgs boson properties to searches for extra dimensions and particles that could make up \\gls{dm}",
"term": "ATLAS",
"termHTML": "ATLAS",
"type": "word"
},
"au": {
"defHTML": "astronomical unit.",
"defLaTeX": "astronomical unit",
"term": "AU",
"termHTML": "AU",
"type": "word"
},
"aup": {
"abbrev": "AUP",
"abbrevHTML": "AUP",
"defHTML": "Required for beneficial occupancy of the underground areas at <a\nhref=\"#surf\">SURF</a> for <a href=\"#lbnf\">LBNF</a>\nand <a href=\"#dune\">DUNE</a>.",
"defLaTeX": "Required for beneficial occupancy of the underground areas at \\gls{surf} for \\gls{lbnf} and \\gls{dune}",
"term": "acceptance for use and possession",
"termHTML": "acceptance for use and possession",
"type": "abbrev"
},
"awg": {
"abbrev": "AWG",
"abbrevHTML": "AWG",
"defHTML": "U.S. standard set of non-ferrous wire conductor sizes.",
"defLaTeX": "U.S. standard set of non-ferrous wire conductor sizes",
"term": "American wire gauge",
"termHTML": "American wire gauge",
"type": "abbrev"
},
"baryonnumber": {
"defHTML": "A quantity expressing the total number of baryons in a system minus\nthe number of antibaryons.",
"defLaTeX": "A quantity expressing the total number of baryons in a system minus the number of antibaryons",
"term": "baryon number",
"termHTML": "baryon number",
"type": "word"
},
"bcr": {
"abbrev": "BCR",
"abbrevHTML": "BCR",
"defHTML": "A DOE project change, part of the change management system\nprocess.",
"defLaTeX": "A DOE project change, part of the change management system process",
"term": "baseline change request",
"termHTML": "baseline change request",
"type": "abbrev"
},
"bde": {
"defHTML": "bottom detector electronics in a vertical drift DUNE far detector\nmodule.",
"defLaTeX": "bottom detector electronics in a vertical drift DUNE far detector module",
"term": "BDE",
"termHTML": "BDE",
"type": "word"
},
"bdm": {
"abbrev": "BDM",
"abbrevHTML": "BDM",
"defHTML": "A new model that describes a relativistic dark matter particle\nboosted by the annihilation of heavier dark matter particles in the\ngalactic center or the sun.",
"defLaTeX": "A new model that describes a relativistic dark matter particle boosted by the annihilation of heavier dark matter particles in the galactic center or the sun",
"term": "boosted dark matter",
"termHTML": "boosted dark matter",
"type": "abbrev"
},
"bdt": {
"abbrev": "BDT",
"abbrevHTML": "BDT",
"defHTML": "A method of multivariate analysis.",
"defLaTeX": "A method of multivariate analysis",
"term": "boosted decision tree",
"termHTML": "boosted decision tree",
"type": "abbrev"
},
"beamline": {
"defHTML": "A sequence of control and monitoring devices used for the formation\nof a directed collection of particles; also subproject within <a\nhref=\"#lbnfusproj\">LBNF/DUNE-US</a>.",
"defLaTeX": "A sequence of control and monitoring devices used for the formation of a directed collection of particles; also subproject within \\gls{lbnfusproj}",
"term": "beamline",
"termHTML": "beamline",
"type": "word"
},
"belleii": {
"defHTML": "B-factory experiment now running at KEK.",
"defLaTeX": "B-factory experiment now running at KEK",
"term": "Belle II",
"termHTML": "Belle II",
"type": "word"
},
"bgr": {
"defHTML": "A bandgap voltage reference is a circuit block in ASIC for providing\nstable reference voltages.",
"defLaTeX": "A bandgap voltage reference is a circuit block in ASIC for providing stable reference voltages",
"term": "BGR",
"termHTML": "BGR",
"type": "word"
},
"bms": {
"abbrev": "BMS",
"abbrevHTML": "BMS",
"defHTML": "A system provided by the <a href=\"#cf\">CF</a> to manage\nthe utility (cooling, ventilation, power, etc.) and fire/life safety\nsystems. Separate systems are provided at <a\nhref=\"#surf\">SURF</a> and at <a\nhref=\"#fermilab\">Fermilab</a>.",
"defLaTeX": "A system provided by the \\gls{cf} to manage the utility (cooling, ventilation, power, etc.) and fire/life safety systems. Separate systems are provided at \\gls{surf} and at \\gls{fermilab}",
"term": "building management system",
"termHTML": "building management system",
"type": "abbrev"
},
"bnl": {
"abbrev": "BNL",
"abbrevHTML": "BNL",
"defHTML": "US DOE national laboratory in Upton, NY.",
"defLaTeX": "US DOE national laboratory in Upton, NY",
"term": "Brookhaven National Laboratory",
"termHTML": "Brookhaven National Laboratory",
"type": "abbrev"
},
"bnv": {
"abbrev": "BNV",
"abbrevHTML": "BNV",
"defHTML": "Describing an interaction where <a href=\"#baryonnumber\">baryon\nnumber</a> is not conserved.",
"defLaTeX": "Describing an interaction where \\gls{baryonnumber} is not conserved",
"term": "baryon-number violating",
"termHTML": "baryon-number violating",
"type": "abbrev"
},
"botfc": {
"abbrev": "bottom FC",
"abbrevHTML": "bottom FC",
"defHTML": "The horizontal portions of the <a href=\"#fdhd\">FD-HD</a>\n<a href=\"#fieldc\">field cage</a> on the bottom of the <a\nhref=\"#tpc\">TPC</a>.",
"defLaTeX": "The horizontal portions of the \\gls{fdhd} \\gls{fieldc} on the bottom of the \\gls{tpc}",
"term": "bottom field cage",
"termHTML": "bottom field cage",
"type": "abbrev"
},
"bow": {
"abbrev": "BOW",
"abbrevHTML": "BOW",
"defHTML": "A working name for the front-end readout computing elements used in\nthe nominal <a href=\"#daq\">DAQ</a> design to interface the\n<a href=\"#dp\">DP</a> crates to the <a\nhref=\"#daq\">DAQ</a> front-end computers.",
"defLaTeX": "A working name for the front-end readout computing elements used in the nominal \\gls{daq} design to interface the \\gls{dp} crates to the \\gls{daq} front-end computers",
"term": "Bump On Wire",
"termHTML": "Bump On Wire",
"type": "abbrev"
},
"br": {
"abbrev": "BR",
"abbrevHTML": "BR",
"defHTML": "A fractional probability for a decay of a composite particle to occur\ninto some specified set or sets of products.",
"defLaTeX": "A fractional probability for a decay of a composite particle to occur into some specified set or sets of products",
"term": "branching ratio",
"termHTML": "branching ratio",
"type": "abbrev"
},
"bsi": {
"abbrev": "BSI",
"abbrevHTML": "BSI",
"defHTML": "The work package for outfitting of the <a\nhref=\"#lbnf\">LBNF</a> underground infrastructure (also see\n<a href=\"#fscfbsi\">FSCF-BSI</a>).",
"defLaTeX": "The work package for outfitting of the \\gls{lbnf} underground infrastructure (also see \\gls{fscfbsi})",
"term": "building and site infrastructure",
"termHTML": "building and site infrastructure",
"type": "abbrev"
},
"bsm": {
"defHTML": "beyond the Standard Model.",
"defLaTeX": "beyond the Standard Model",
"term": "BSM",
"termHTML": "BSM",
"type": "word"
},
"bsws": {
"defHTML": "bearing sensor wire compression seal.",
"defLaTeX": "bearing sensor wire compression seal",
"term": "BSWS",
"termHTML": "BSWS",
"type": "word"
},
"bugey": {
"defHTML": "Neutrino experiment that operated at the Bugey nuclear power plant in\nFrance.",
"defLaTeX": "Neutrino experiment that operated at the Bugey nuclear power plant in France",
"term": "Bugey",
"termHTML": "Bugey",
"type": "word"
},
"cabangle": {
"defHTML": "A quark mixing parameter that governs the coupling of up quarks to\nstrange quarks.",
"defLaTeX": "A quark mixing parameter that governs the coupling of up quarks to strange quarks",
"term": "Cabibbo angle",
"termHTML": "Cabibbo angle",
"type": "word"
},
"cad": {
"defHTML": "computer aided design.",
"defLaTeX": "computer aided design",
"term": "CAD",
"termHTML": "CAD",
"type": "word"
},
"cafana": {
"defHTML": "Common Analysis File Analysis.",
"defLaTeX": "Common Analysis File Analysis",
"term": "CAFAna",
"termHTML": "CAFAna",
"type": "word"
},
"calci": {
"defHTML": "Calibration and Cryogenic Instrumentation.",
"defLaTeX": "Calibration and Cryogenic Instrumentation",
"term": "CALCI",
"termHTML": "CALCI",
"type": "word"
},
"cam": {
"defHTML": "control account manager.",
"defLaTeX": "control account manager",
"term": "CAM",
"termHTML": "CAM",
"type": "word"
},
"captain": {
"defHTML": "Experimental program sited at <a href=\"#lanl\">LANL</a>\nthat is designed to make measurements of scientific importance to <a\nhref=\"#lbl\">LBL</a> neutrino physics and physics topics that\nwill be explored by large underground detectors.",
"defLaTeX": "Experimental program sited at \\gls{lanl} that is designed to make measurements of scientific importance to \\gls{lbl} neutrino physics and physics topics that will be explored by large underground detectors",
"term": "CAPTAIN",
"termHTML": "CAPTAIN",
"type": "word"
},
"castor": {
"abbrev": "CASTOR",
"abbrevHTML": "CASTOR",
"defHTML": "a hierarchical storage system with tape and disk developed at <a\nhref=\"#cern\">CERN</a>. It is being replaced by <a\nhref=\"#cta\">CTA</a>.",
"defLaTeX": "a hierarchical storage system with tape and disk developed at \\gls{cern}. It is being replaced by \\gls{cta}",
"term": "CERN Advanced STORage manager",
"termHTML": "CERN Advanced STORage manager",
"type": "abbrev"
},
"catiroc": {
"abbrev": "CATIROC",
"abbrevHTML": "CATIROC",
"defHTML": "A complete read-out chip manufactured in AustriaMicroSystem designed\nto read arrays of 16 photomultipliers.",
"defLaTeX": "A complete read-out chip manufactured in AustriaMicroSystem designed to read arrays of 16 photomultipliers",
"term": "charge and time integrated readout chip",
"termHTML": "charge and time integrated readout chip",
"type": "abbrev"
},
"cc": {
"abbrev": "CC",
"abbrevHTML": "CC",
"defHTML": "Refers to an interaction between elementary particles where a charged\nweak force carrier (<span\nclass=\"math inline\"><em>W</em><sup>+</sup></span> or <span\nclass=\"math inline\"><em>W</em><sup>\u2212</sup></span>) is exchanged.",
"defLaTeX": "Refers to an interaction between elementary particles where a charged weak force carrier ($W^+$ or $W^-$) is exchanged",
"term": "charged current",
"termHTML": "charged current",
"type": "abbrev"
},
"ccb": {
"abbrev": "CCB",
"abbrevHTML": "CCB",
"defHTML": "a board made up of institutional representatives for larger countries\nand laboratories. It meets annually to negotiate collaboration\ncontributions to computing infrastructure.",
"defLaTeX": "a board made up of institutional representatives for larger countries and laboratories. It meets annually to negotiate collaboration contributions to computing infrastructure",
"term": "Computing Contributions Board",
"termHTML": "Computing Contributions Board",
"type": "abbrev"
},
"ccc": {
"defHTML": "Depending on context, either configuration change command or DUNE\u2019s\ncode of conduct committee.",
"defLaTeX": "Depending on context, either configuration change command or DUNE's code of conduct committee",
"term": "CCC",
"termHTML": "CCC",
"type": "word"
},
"ccqe": {
"abbrev": "CCQE",
"abbrevHTML": "CCQE",
"defHTML": "An interaction where a neutrino scatters from a nucleon, producing a\ncharged lepton and converting a neutron to a proton or vice versa.",
"defLaTeX": "An interaction where a neutrino scatters from a nucleon, producing a charged lepton and converting a neutron to a proton or vice versa",
"term": "charged current quasielastic interaction",
"termHTML": "charged current quasielastic interaction",
"type": "abbrev"
},
"cdr": {
"defHTML": "Depending on context, either \"conceptual design report,\" a formal\nproject document that describes the experiment at a conceptual level, or\n\"conceptual design review,\" a formal review of the conceptual design of\nthe experiment or of a component.",
"defLaTeX": "Depending on context, either ``conceptual design report,'' a formal project document that describes the experiment at a conceptual level, or ``conceptual design review,'' a formal review of the conceptual design of the experiment or of a component",
"term": "CDR",
"termHTML": "CDR",
"type": "word"
},
"ce": {
"abbrev": "CE",
"abbrevHTML": "CE",
"defHTML": "Analog and digital readout electronics that operate at cryogenic\ntemperatures.",
"defLaTeX": "Analog and digital readout electronics that operate at cryogenic temperatures",
"term": "cold electronics",
"termHTML": "cold electronics",
"type": "abbrev"
},
"cern": {
"abbrev": "CERN",
"abbrevHTML": "CERN",
"defHTML": "The leading particle physics laboratory in Europe and home to the\n<a href=\"#protodune\">ProtoDUNEs</a> and other prototypes and\ndemonstrators, including the <a href=\"#module0\">Module\n0s</a>.",
"defLaTeX": "The leading particle physics laboratory in Europe and home to the \\glspl{protodune} and other prototypes and demonstrators, including the \\glspl{module0}",
"term": "European Laboratory for Particle Physics",
"termHTML": "European Laboratory for Particle Physics",
"type": "abbrev"
},
"cf": {
"abbrev": "CF",
"abbrevHTML": "CF",
"defHTML": "Pertaining to construction and operation of buildings and\nconventional infrastructure, and includes cavern excavation.",
"defLaTeX": "Pertaining to construction and operation of buildings and conventional infrastructure, and includes cavern excavation",
"term": "conventional facilities",
"termHTML": "conventional facilities",
"type": "abbrev"
},
"cfd": {
"abbrev": "CFD",
"abbrevHTML": "CFD",
"defHTML": "High performance computer-assisted modeling of fluid dynamical\nsystems.",
"defLaTeX": "High performance computer-assisted modeling of fluid dynamical systems",
"term": "computational fluid dynamics",
"termHTML": "computational fluid dynamics",
"type": "abbrev"
},
"ci": {
"defHTML": "depending on context, either continuous integration or cryogenic\ninstrumentation.",
"defLaTeX": "depending on context, either continuous integration or cryogenic instrumentation",
"term": "CI",
"termHTML": "CI",
"type": "word"
},
"citf": {
"abbrev": "CITF",
"abbrevHTML": "CITF",
"defHTML": "A facility at <a href=\"#fermilab\">Fermilab</a> with small\n(<span class=\"math inline\"><</span>1\u00a0ton) to intermediate (<span\nclass=\"math inline\">\u223c</span>1\u00a0ton) volumes of instrumented, purified\nTPC-grade <a href=\"#lar\">LAr</a>, used for testing devices\nintended for use in <a href=\"#dune\">DUNE</a>.",
"defLaTeX": "A facility at \\gls{fermilab} with small ($<$\\SI{1}{ton}) to intermediate ($\\sim$\\SI{1}{ton}) volumes of instrumented, purified TPC-grade \\gls{lar}, used for testing devices intended for use in \\gls{dune}",
"term": "cryogenic instrumentation test facility",
"termHTML": "cryogenic instrumentation test facility",
"type": "abbrev"
},
"ckm": {
"abbrev": "CKM matrix",
"abbrevHTML": "CKM matrix",
"defHTML": "Refers to the matrix describing the mixing between mass and weak\neigenstates of quarks.",
"defLaTeX": "Refers to the matrix describing the mixing between mass and weak eigenstates of quarks",
"term": "Cabibbo-Kobayashi-Maskawa matrix",
"termHTML": "Cabibbo-Kobayashi-Maskawa matrix",
"type": "abbrev"
},
"cl": {
"abbrev": "CL",
"abbrevHTML": "CL",
"defHTML": "Refers to a probability used to determine the value of a random\nvariable given its distribution.",
"defLaTeX": "Refers to a probability used to determine the value of a random variable given its distribution",
"term": "confidence level",
"termHTML": "confidence level",
"type": "abbrev"
},
"clas": {
"abbrev": "CLAS",
"abbrevHTML": "CLAS",
"defHTML": "A nuclear and particle physics detector located in the experimental\nHall B at Jefferson Laboratory in Newport News, Virginia, United States.\nIt is used to study the properties of the nuclear matter by the\ncollaboration of over 200 physicists. Of particular relevance is its\nstudy of electron interactions with nuclei, including argon.",
"defLaTeX": "A nuclear and particle physics detector located in the experimental Hall B at Jefferson Laboratory in Newport News, Virginia, United States. It is used to study the properties of the nuclear matter by the collaboration of over 200 physicists. Of particular relevance is its study of electron interactions with nuclei, including argon",
"term": "CEBAF Large Acceptance Spectrometer",
"termHTML": "CEBAF Large Acceptance Spectrometer",
"type": "abbrev"
},
"cmake": {
"defHTML": "CMake is an open-source, cross-platform family of tools designed to\nbuild, test and package software.",
"defLaTeX": "CMake is an open-source, cross-platform family of tools designed to build, test and package software",
"term": "Cmake",
"termHTML": "Cmake",
"type": "word"
},
"cmgc": {
"abbrev": "CMGC",
"abbrevHTML": "CMGC",
"defHTML": "An approach to planning, design, and construction used by a\ncontracted company and <a href=\"#lbnf\">LBNF</a> for the\n<a href=\"#fscf\">FSCF</a> construction at the <a\nhref=\"#surf\">SURF</a> site.",
"defLaTeX": "An approach to planning, design, and construction used by a contracted company and \\gls{lbnf} for the \\gls{fscf} construction at the \\gls{surf} site",
"term": "construction manager/general contractor",
"termHTML": "construction manager/general contractor",
"type": "abbrev"
},
"cmos": {
"defHTML": "Complementary metal-oxide-semiconductor.",
"defLaTeX": "Complementary metal-oxide-semiconductor",
"term": "CMOS",
"termHTML": "CMOS",
"type": "word"
},
"cms": {
"defHTML": "Compact Muon Solenoid experiment; one of two general-purpose\ndetectors at the <a href=\"#lhc\">LHC</a>.",
"defLaTeX": "Compact Muon Solenoid experiment; one of two general-purpose detectors at the \\gls{lhc} ",
"term": "CMS",
"termHTML": "CMS",
"type": "word"
},
"cnn": {
"abbrev": "CNN",
"abbrevHTML": "CNN",
"defHTML": "A deep learning technique most commonly applied to analyzing visual\nimagery.",
"defLaTeX": "A deep learning technique most commonly applied to analyzing visual imagery",
"term": "convolutional neural network",
"termHTML": "convolutional neural network",
"type": "abbrev"
},
"cno": {
"abbrev": "CNO",
"abbrevHTML": "CNO",
"defHTML": "The CNO cycle (for carbon-nitrogen-oxygen) is one of the two known\nsets of fusion reactions by which stars convert hydrogen to helium, the\nother being the proton-proton chain reaction (pp-chain reaction). In the\nCNO cycle, four protons fuse, using carbon, nitrogen, and oxygen\nisotopes as catalysts, to produce one alpha particle, two positrons and\ntwo electron neutrinos.",
"defLaTeX": "The CNO cycle (for carbon-nitrogen-oxygen) is one of the two known sets of fusion reactions by which stars convert hydrogen to helium, the other being the proton-proton chain reaction (pp-chain reaction). In the CNO cycle, four protons fuse, using carbon, nitrogen, and oxygen isotopes as catalysts, to produce one alpha particle, two positrons and two electron neutrinos",
"term": "carbon nitrogen oxygen",
"termHTML": "carbon nitrogen oxygen",
"type": "abbrev"
},
"co": {
"abbrev": "CO",
"abbrevHTML": "CO",
"defHTML": "a team of engineers from multiple partners that provides clear\ndirection for designing and constructing practices and detector\ncomponents that will be used during integration.",
"defLaTeX": "a team of engineers from multiple partners that provides clear direction for designing and constructing practices and detector components that will be used during integration",
"term": "compliance office",
"termHTML": "compliance office",
"type": "abbrev"
},
"cob": {
"abbrev": "COB",
"abbrevHTML": "COB",
"defHTML": "An ATCA motherboard housing four RCEs.",
"defLaTeX": "An ATCA motherboard housing four RCEs",
"term": "cluster on board",
"termHTML": "cluster on board",
"type": "abbrev"
},
"coffea": {
"abbrev": "COFFEA",
"abbrevHTML": "COFFEA",
"defHTML": "Columnar data analysis framework developed at <a\nhref=\"#fermilab\">Fermilab</a>.",
"defLaTeX": "Columnar data analysis frame\\-work developed at \\gls{fermilab}",
"term": "Columnar Object Framework For Effective Analysis",
"termHTML": "Columnar Object Framework For Effective Analysis",
"type": "abbrev"
},
"coldadc": {
"defHTML": "A newly developed 16-channels <a href=\"#asic\">ASIC</a>\nproviding analog to digital conversion.",
"defLaTeX": "A newly developed 16-channels \\gls{asic} providing analog to digital conversion",
"term": "ColdADC",
"termHTML": "ColdADC",
"type": "word"
},
"coldata": {
"defHTML": "A 64-channel control and communications <a\nhref=\"#asic\">ASIC</a>.",
"defLaTeX": "A 64-channel control and communications \\gls{asic}",
"term": "COLDATA",
"termHTML": "COLDATA",
"type": "word"
},
"comfund": {
"defHTML": "The shared resources of the collaboration.",
"defLaTeX": "The shared resources of the collaboration",
"term": "common fund",
"termHTML": "common fund",
"type": "word"
},
"compass": {
"abbrev": "COMPASS",
"abbrevHTML": "COMPASS",
"defHTML": "a multipurpose experiment at <a href=\"#cern\">CERN</a>\u2019s\nSuper Proton Synchrotron (SPS).",
"defLaTeX": "a multipurpose experiment at \\gls{cern}\u2019s Super Proton Synchrotron (SPS)",
"term": "Common Muon and Proton Apparatus for Structure and Spectroscopy ",
"termHTML": "Common Muon and Proton Apparatus for Structure and Spectroscopy",
"type": "abbrev"
},
"comsol": {
"defHTML": "General-purpose simulation software based on advanced numerical\nmethods (comsol.com).",
"defLaTeX": "General-purpose simulation software based on advanced numerical methods (comsol.com)",
"term": "COMSOL",
"termHTML": "COMSOL",
"type": "word"
},
"condb": {
"defHTML": "The Conditions Database stores the <a\nhref=\"#condmeta\">conditions metadata</a> needed for data\nprocessing and analysis.",
"defLaTeX": "The Conditions Database stores the \\gls{condmeta} needed for data processing and analysis",
"term": "conditions DB",
"termHTML": "conditions DB",
"type": "word"
},
"condmeta": {
"defHTML": "defined as the information necessary to understand the context of\nphysics data, e.g., beam data or calibrations.",
"defLaTeX": "defined as the information necessary to understand the context of physics data, e.g., beam data or calibrations",
"term": "conditions metadata",
"termHTML": "conditions metadata",
"type": "word"
},
"core": {
"defHTML": "CORE contributions are in either monetary units or labor hours. They\ncan be technical components for the facility or experiment and the\neffort of the staff needed to produce, install, and test them; major\nfacilities for the experiment; or other products and services relevant\nfor the completion of the facility or experiment.",
"defLaTeX": "CORE contributions are in either monetary units or labor hours. They can be technical components for the facility or experiment and the effort of the staff needed to produce, install, and test them; major facilities for the experiment; or other products and services relevant for the completion of the facility or experiment",
"term": "CORE",
"termHTML": "CORE",
"type": "word"
},
"corsika": {
"abbrev": "CORSIKA",
"abbrevHTML": "CORSIKA",
"defHTML": "a program for detailed simulation of extensive air showers initiated\nby high-energy cosmic ray particles.",
"defLaTeX": "a program for detailed simulation of extensive air showers initiated by high-energy cosmic ray particles",
"term": "COsmic Ray SImulations for KAscade",
"termHTML": "COsmic Ray SImulations for KAscade",
"type": "abbrev"
},
"cots": {
"abbrev": "COTS",
"abbrevHTML": "COTS",
"defHTML": "Items, typically hardware such ascomputers, that may be purchased\nwhole, without any custom design or fabrication andthus at normal\nconsumer prices and availability.",
"defLaTeX": "Items, typically hardware such ascomputers, that may be purchased whole, without any custom design or fabrication andthus at normal consumer prices and availability",
"term": "commercial off-the-shelf",
"termHTML": "commercial off-the-shelf",
"type": "abbrev"
},
"cp": {
"abbrev": "CP",
"abbrevHTML": "CP",
"defHTML": "Product of charge conjugation and parity transformations.",
"defLaTeX": "Product of charge conjugation and parity transformations",
"term": "charge conjugation and parity",
"termHTML": "charge conjugation and parity",
"type": "abbrev"
},
"cpa": {
"abbrev": "CPA",
"abbrevHTML": "CPA",
"defHTML": "The component of the <a href=\"#fdhd\">FD-HD</a> detector\nmodule that provides the drift HV cathode.",
"defLaTeX": "The component of the \\gls{fdhd} detector module that provides the drift HV cathode",
"term": "cathode plane assembly",
"termHTML": "cathode plane assembly",
"terms": "cathode plane assemblies",
"termsHTML": "cathode plane assemblies",
"type": "abbrevs"
},
"cpafc": {
"defHTML": "A pair of <a href=\"#cpa\">CPA</a> panels and the top and\nbottom <a href=\"#fieldc\">field cage</a> portions that attach\nto the pair; an intermediate assembly for installation into the <a\nhref=\"#fdhd\">FD-HD</a>.",
"defLaTeX": "A pair of \\gls{cpa} panels and the top and bottom \\gls{fieldc} portions that attach to the pair; an intermediate assembly for installation into the \\gls{fdhd} ",
"term": "CPA/FC",
"termHTML": "CPA/FC",
"type": "word"
},
"cpt": {
"abbrev": "CPT",
"abbrevHTML": "CPT",
"defHTML": "product of charge, parity and time-reversal transformations.",
"defLaTeX": "product of charge, parity and time-reversal transformations",
"term": "charge, parity, and time reversal symmetry",
"termHTML": "charge, parity, and time reversal symmetry",
"type": "abbrev"
},
"cpu": {
"abbrev": "CPU",
"abbrevHTML": "CPU",
"defHTML": "A computing processor, when used as a unit of processing; generally\nrefers to a single core.",
"defLaTeX": "A computing processor, when used as a unit of processing; generally refers to a single core",
"term": "Central Processing Unit",
"termHTML": "Central Processing Unit",
"type": "abbrev"
},
"cpv": {
"abbrev": "CPV",
"abbrevHTML": "CPV",
"defHTML": "Lack of symmetry in a system before and after charge conjugation and\nparity transformations are applied. For <a href=\"#cp\">CP</a>\nsymmetry to hold, a particle turns into its corresponding antiparticle\nunder a charge transformation, and a parity transformation inverts its\nspace coordinates, i.e. produces the mirror image.",
"defLaTeX": "Lack of symmetry in a system before and after charge conjugation and parity transformations are applied. For \\gls{cp} symmetry to hold, a particle turns into its corresponding antiparticle under a charge transformation, and a parity transformation inverts its space coordinates, i.e. produces the mirror image",
"term": "Charge Conjugation-Parity Symmetry Violation",
"termHTML": "Charge Conjugation-Parity Symmetry Violation",
"type": "abbrev"
},
"cr": {
"defHTML": "Capacitance-Resistance.",
"defLaTeX": "Capacitance-Resistance",
"term": "CR",
"termHTML": "CR",
"type": "word"
},
"crb": {
"defHTML": "collaboration resources board.",
"defLaTeX": "collaboration resources board",
"term": "CRB",
"termHTML": "CRB",
"type": "word"
},
"cric": {
"abbrev": "CRIC",
"abbrevHTML": "CRIC",
"defHTML": "a framework providing a centralized (and flexible) way to describe\nwhich computing resources are being used by the experiment and how.",
"defLaTeX": "a framework providing a centralized (and flexible) way to describe which computing resources are being used by the experiment and how",
"term": "Computing Resource Information System",
"termHTML": "Computing Resource Information System",
"type": "abbrev"
},
"crio": {
"defHTML": "Compact Reconfigurable Input Output.",
"defLaTeX": "Compact Reconfigurable Input Output",
"term": "cRIO",
"termHTML": "cRIO",
"type": "word"
},
"cro": {
"abbrev": "CRO",
"abbrevHTML": "CRO",
"defHTML": "The system for detecting ionization charge distributions in a\ndetector module.",
"defLaTeX": "The system for detecting ionization charge distributions in a detector module",
"term": "charge readout",
"termHTML": "charge readout",
"type": "abbrev"
},
"croc": {
"abbrev": "CROC",
"abbrevHTML": "CROC",
"defHTML": "central (radial) readout chamber for the ND <a\nhref=\"#gartpc\">GArTPC</a>.",
"defLaTeX": "central (radial) readout chamber for the ND \\gls{gartpc}",
"term": "central readout chamber",
"termHTML": "central readout chamber",
"type": "abbrev"
},
"crp": {
"abbrev": "CRP",
"abbrevHTML": "CRP",
"defHTML": "An anode technology using a stack of perforated <a\nhref=\"#pcb\">PCBs</a> with etched electrode strips to provide\n<a href=\"#cro\">CRO</a> in 3D; it has two induction layers\nand one collection layer; it is used in the <a\nhref=\"#fdvd\">FD-VD</a> <a href=\"#fd\">FD</a> and\n<a href=\"#dp\">DP</a> designs.",
"defLaTeX": "An anode technology using a stack of perforated \\glspl{pcb} with etched electrode strips to provide \\gls{cro} in 3D; it has two induction layers and one collection layer; it is used in the \\gls{fdvd} \\gls{fd} and \\gls{dp} designs",
"term": "charge-readout plane",
"termHTML": "charge-readout plane",
"type": "abbrev"
},
"crt": {
"abbrev": "CRT",
"abbrevHTML": "CRT",
"defHTML": "Detector external to the TPC designed to tag TPC-traversing cosmic\nray particles.",
"defLaTeX": "Detector external to the TPC designed to tag TPC-traversing cosmic ray particles",
"term": "cosmic-ray tagger",
"termHTML": "cosmic-ray tagger",
"type": "abbrev"
},
"cru": {
"abbrev": "CRU",
"abbrevHTML": "CRU",
"defHTML": "In the <a href=\"#fdvd\">FD-VD</a> design an assembly of\nthe <a href=\"#pcbp\">PCB panels</a> plus adapter boards; two\nto a <a href=\"#crp\">CRP</a>.",
"defLaTeX": "In the \\gls{fdvd} design an assembly of the \\glspl{pcbp} plus adapter boards; two to a \\gls{crp}",
"term": "charge-readout unit",
"termHTML": "charge-readout unit",
"type": "abbrev"
},
"cry": {
"defHTML": "A cosmic ray shower library and software tool.",
"defLaTeX": "A cosmic ray shower library and software tool",
"term": "CRY",
"termHTML": "CRY",
"type": "word"
},
"cryo": {
"defHTML": "(1) Integrated ASIC including <a href=\"#fe\">FE</a>\ncircuitry providing signal amplification and pulse shaping, analog to\ndigital conversion, and control and communication functionalities for 64\nchannels; (2) abbreviation for the cryogenic systems and cryostat work\nscopes in <a href=\"#lbnf\">LBNF</a>.",
"defLaTeX": "(1) Integrated ASIC including \\gls{fe} circuitry providing signal amplification and pulse shaping, analog to digital conversion, and control and communication functionalities for 64 channels; (2) abbreviation for the cryogenic systems and cryostat work scopes in \\gls{lbnf}",
"term": "CRYO",
"termHTML": "CRYO",
"type": "word"
},
"csc": {
"abbrev": "CSC",
"abbrevHTML": "CSC",
"defHTML": "DUNE computing and software consortium.",
"defLaTeX": "DUNE computing and software consortium",
"term": "computing and software consortium",
"termHTML": "computing and software consortium",
"type": "abbrev"
},
"cta": {
"abbrev": "CTA",
"abbrevHTML": "CTA",
"defHTML": "a hierarchical storage system with tape and disk developed at <a\nhref=\"#cern\">CERN</a>. It is replacing <a\nhref=\"#castor\">CASTOR</a>.",
"defLaTeX": "a hierarchical storage system with tape and disk developed at \\gls{cern}. It is replacing \\gls{castor}",
"term": "CERN Tape Archive",
"termHTML": "CERN Tape Archive",
"type": "abbrev"
},
"cte": {
"defHTML": "coefficient of thermal expansion.",
"defLaTeX": "coefficient of thermal expansion",
"term": "CTE",
"termHTML": "CTE",
"type": "word"
},
"cts": {
"defHTML": "Cryogenic Test System.",
"defLaTeX": "Cryogenic Test System",
"term": "CTS",
"termHTML": "CTS",
"type": "word"
},
"cube": {
"defHTML": "beryllium copper, used to make wires for the <a\nhref=\"#fdhd\">FD-HD</a> <a href=\"#apa\">APA</a>\nreadout planes.",
"defLaTeX": "beryllium copper, used to make wires for the \\gls{fdhd} \\gls{apa} readout planes",
"term": "CuBe",
"termHTML": "CuBe",
"type": "word"
},
"cuc": {
"abbrev": "CUC",
"abbrevHTML": "CUC",
"defHTML": "The utility cavern at the 4850L of <a\nhref=\"#surf\">SURF</a> located between the two detector caverns.\nIt contains utilities such as central cryogenics and other systems, and\nthe underground data center and control room.",
"defLaTeX": "The utility cavern at the 4850L of \\gls{surf} located between the two detector caverns. It contains utilities such as central cryogenics and other systems, and the underground data center and control room",
"term": "central utility cavern",
"termHTML": "central utility cavern",
"type": "abbrev"
},
"cvmfs": {
"abbrev": "CVMFS",
"abbrevHTML": "CVMFS",
"defHTML": "A distributed file system designed for scalable, high-performance\ndistribution of software to interactive and batch computers.",
"defLaTeX": "A distributed file system designed for scalable, high-performance distribution of software to interactive and batch computers",
"term": "CERN VM File System",
"termHTML": "CERN VM File System",
"type": "abbrev"
},
"cvn": {
"abbrev": "CVN",
"abbrevHTML": "CVN",
"defHTML": "An algorithm for identifying neutrino interactions based on their\ntopology and without the need for detailed reconstruction algorithms.",
"defLaTeX": "An algorithm for identifying neutrino interactions based on their topology and without the need for detailed reconstruction algorithms",
"term": "convolutional visual network",
"termHTML": "convolutional visual network",
"type": "abbrev"
},
"dac": {
"defHTML": "digital-to-analog converter.",
"defLaTeX": "digital-to-analog converter",
"term": "DAC",
"termHTML": "DAC",
"type": "word"
},
"daphne": {
"defHTML": "Detector electronics for Acquiring PHotons from NEutrinos; a\nFermilab-developed warm front-end waveform digitizing electronics\nmoduleused in the <a href=\"#pd\">PD</a> signal readout chain\nin the DUNE <a href=\"#fd\">FD</a> modules.",
"defLaTeX": "Detector electronics for Acquiring PHotons from NEutrinos; a Fermilab-developed warm front-end waveform digitizing electronics moduleused in the \\gls{pd} signal readout chain in the DUNE \\gls{fd} modules",
"term": "DAPHNE",
"termHTML": "DAPHNE",
"type": "word"
},
"daq": {
"abbrev": "DAQ",
"abbrevHTML": "DAQ",
"defHTML": "The data acquisition system accepts data from the detector <a\nhref=\"#fe\">FE</a> electronics, buffers the data, performs a\n<a href=\"#trigdecision\">trigger decision</a>, builds events\nfrom the selected data and delivers the result to the offline <a\nhref=\"#daqsecdbuffer\">DAQ secondary buffer</a>.",
"defLaTeX": "The data acquisition system accepts data from the detector \\gls{fe} electronics, buffers the data, performs a \\gls{trigdecision}, builds events from the selected data and delivers the result to the offline \\gls{daqsecdbuffer}",
"term": "data acquisition",
"termHTML": "data acquisition",
"type": "abbrev"
},
"daqbes": {
"abbrev": "DAQ BE",
"abbrevHTML": "DAQ BE",
"defHTML": "The portion of the <a href=\"#daq\">DAQ</a> that is\ngenerally toward its output end. It is responsible for accepting and\nexecuting trigger commands and marshaling the data they address to\noutput storage buffers.",
"defLaTeX": "The portion of the \\gls{daq} that is generally toward its output end. It is responsible for accepting and executing trigger commands and marshaling the data they address to output storage buffers",
"term": "DAQ back-end subsystem",
"termHTML": "DAQ back-end subsystem",
"type": "abbrev"
},
"daqccm": {