archive-nl.com » NL » B » BONPHYSICS.NL

Total: 21

Choose link from "Titles, links and description words view":

Or switch to "Titles and links view".
  • Contact informatie
    Laan van Heemstede 38 3297 AJ Puttershoek Telefoon 31 0 78 6767023 EMAIL info bonphysics nl remove extra Handelsregisternr 23085607 van de Kamer van Koophandel en Fabrieken voor Zuid Holland

    Original URL path: http://www.bonphysics.nl/contactne.html (2015-08-10)
    Open archived version from archive


  • redenenne.html
    is de beweger die een organisatie in beweging houdt Maar wat als uw organisatie zo n beweger niet heeft BonPhysics maakt het mogelijk R D activiteiten uit te voeren waarvoor u zelf geen of te weinig ontwikkelingscapaciteit heeft Dit varieert van natuurkundig en technisch onderzoek tot het ontwikkelen van software De kennis en ervaring van BonPhysics garanderen u optimaal resultaat zonder dat u uw eigen kostbare R D afdeling moet

    Original URL path: http://www.bonphysics.nl/redenenne.html (2015-08-10)
    Open archived version from archive

  • BonPhysics Research and Investigations B.V.
    Sorry this website uses Frames Javascript and Shockwave Please download newer version of your browser software and or install the flash plugin

    Original URL path: http://www.bonphysics.nl/defaulteng.html (2015-08-10)
    Open archived version from archive

  • incotesteng.html
    other spin off applications These include dry contact wall thickness measurements even at rough dirty surfaces and or elevated temperatures Demanding circumstances INCOTEST an acronym for Insulated Component TEST formerly known as ARCO TEMP is a unique corrosion survey method that allows ferrous pipes and vessels to be surveyed through thermal insulation under the following demanding circumstances Without disturbing the insulation or coating When insulation is aluminium or steel clad

    Original URL path: http://www.bonphysics.nl/incotesteng.html (2015-08-10)
    Open archived version from archive

  • Portable INAS
    LIB unit 3 optional no default value default extension wgh COMP std comp file unit 89 STD COMP LIB optional default value compoz2 bin default extension bin ISOT isotxs file unit 20 XSDRN ISOTXS output optional no default value default extension isotxs DCMC Description Monte carlo calculation of Dancoff factor for infinite lattices DCMC3Q Description Monte carlo calculation of Dancoff factor for quasi regular lattices ICE Description Module for mixing data on a ampx work weight to macroscopic lib Keywords Special keywords for ICE are working lib in working lib out AN07 AN20 AN21 and KENO working lib in Input working cross section library unit 4 obligatory no default value default extention wrk working lib out Output working cross section library unit 3 obligatory no default value default extention wrk AN07 ANISN lib punch unit 7 optional no default value default extention pun AN20 ANISN lib unit 20 optional no default value default extention an20 AN21 ANISN lib unit 21 optional no default value default extention an21 KENO KENO lib unit 14 optional no default value default extention keno K5TOK6 Description Module for conversion of KENOVa to KENOVI input Keywords Special keywords for K5TOK6 are KEN6 and ampx work lib KEN6 kenovi input unit 7 obligatory no default value default extention in6 ampx work lib Working cross section library unit 41 obligatory no default value default extention wrk KENOVA Description 3 D Monte carlo neutron transport code Keywords Special keyword for KENOVA are stdcmp lib and ampx master bcd stdcmp lib Standard composition library unit 89 ampx master bcd Bcd Ampx master library KENOVI Description 3 D Monte carlo neutron transport code Keywords Special keyword for KENOVI are stdcmp lib and ampx master bcd stdcmp lib Standard composition library unit 89 ampx master bcd Bcd Ampx master library LAVA Description Module for conversion of anisn lib to ampx working lib Keywords Special keywords for LAVA are working lib in and ANIS working lib in Input working cross section library unit 4 obligatory no default value default extention wrk ANIS Anisn lib unit 20 obligatory no default value default extention dat MALOCS Description Condensation ampx master library Keywords Special keyword for KENOVI are MASI and MASO MASI input ampx master lib unit 1 obligatory default extension dat MASO output ampx master lib unit 22 optional default extension dat MCNP4C3 Description Monte carlo neutron photon electron transport code Keywords Special keywords for MCNP4C3 are nodes and ppn If both are omitted the module runs in the scalair mode If one is defined the module will run in the parallel mode if the computer system supports it nodes Number of nodes to be used for PVM Default value 1 ppn Number of processors per node to be used for PVM Default value 2 FATAL No value can be assigned It is directly passed to MNCP uitleg FATAL CONT No value can be assigned It is directly passed to MNCP uitleg CONT CNTN No value can be assigned It is directly passed to MNCP uitleg CNTN LIB Values assigned can be MOST ENDF6 or JEFECN Default value is ENDF6 XSDR XS directory file default extension dat XSLB XS data file default extension dat RUNT runtpe data file default extension runtpe if filename allready exists it will be renamed to filename old SRCT srctp data file default extension srctp if filename allready exists it will be renamed to filename old WSSA write source file default extension wssa RSSA read source file default extension rssa WXXA wxxa data file default extension wxxa PTRA ptrac data file default extension ptra WWIN weight window inp default extension wwin WWOU weight window out default extension wwou PVM PVM is implemented on system klftcs01 Default queue used is iri1 Default path of executable PVM file is HOME pvm3 bin LINUXI386 mcnp4c3 pvm More information on PVM http www csm ornl gov pvm pvm home html MORSE Description Multigroup Monte Carlo Keywords Special keyword for MORSE is WORK WORK working lib AMPX working library unit 21 optional default extension wrk NITAWL Description Generate working library Nordheim resonance shielding Keywords Special keywords for NITAWL are MAST MST2 MST3 and WORK MAST Input master cross section library unit 01 optional default value eij2 xmas bin default extention bin default directory LIBDIR scale libs MST2 Previously prepared master cross section library unit 02 optional no default value default extention bin default directory IODIR MST3 Previously prepared master cross section library unit 03 optional no default value default extention bin default directory IODIR WORK Output working library unit 04 optional no default value default extention wrk NJOY99 Description Cross section processing Keywords Special keywords for NJOY99 are INPT INP2 INP3 THSC GAMI OUTP OUTT OUTG OUTC and PLTF INPT ENDF neutron input file unit 40 optional no default value default extention dat INP2 second input file unit 41 optional no default value default extention dat INP3 third input file unit 42 optional no default value default extention dat THSC ENDF thermal scat input file unit 45 optional no default value default extention dat GAMI ENDF photon input file unit 50 optional no default value default extention dat OUTP output neutron files units 30 31 32 GROUPR ACER XSDIR extentions dat ace acd optional OUTT output temperature file unit 35 optional default extention grt OUTG output photon file unit 36 optional default extention grg OUTC output CCCC file unit 37 optional default extention ccr PLTF output plot file unit 77 optional no default value default extension ps NSLINK42 Description Generates a single master library by merging data for n n n g and g g Keywords Special keywords for NSLINK42 are endf data genn gent geng and master lib out endf data Endf data filename unit 20 optional no default value default extention dat genn Gendf neutron filename unit 21 optional no default value default extention dat gent Gendf temperature filename unit 22 optional no default value default extention dat geng Gendf gamma filename unit 23 optional no default value default extention dat master lib out

    Original URL path: http://www.bonphysics.nl/inas/index.html (2015-08-10)
    Open archived version from archive

  • BonPhysics Natuurkundig Onderzoeks- en Ontwikkelingsbureau
    Last updated April 6 2015

    Original URL path: http://www.bonphysics.nl/engels.html (2015-08-10)
    Open archived version from archive



  • (No additional info available in detailed archive for this subpage)
    Original URL path: /menulefteng.html (2015-08-10)


  • Portable INAS Queuing
    after a certain time depending on the settings of the remote host Only if the KEEP command was used all files in the temporary directory on the remote host will be copied to a temporary directory with the same name of the computer the command was issued on The temporary directory on the remote host will be left intact and will be deleted by the remoter host after a certain time depending on the settings of the remote host If before the remote host has deleted the temporary directory another inas command is issued on the same remote host with the same temporary directory name the existing temporary directory and all of its contents will be used by the job Back to contents Description of subroutines Subroutines needed for the interface between Portable INAS code and the queuing system are described below GetAllQueues Description This routine returns a list of all queue names of the queuing system available for Portable INAS Input No input parameters Output An array with all the queue names of the queuing system available for Portable INAS First item must be empty or contain an error message Second item contains first queue name Total length of the array determines the number of available queues GetStatusQueue Description This routine returns the actual status of the queue Input Name of the queue Output Status of the queue Idle Queue is free Busy Queue is busy Unknown Unknown or unimplemented status has been encountered SubmitJob Description This routine submits the module given by the argument to the system Input Array with module information USER IDENTIFICATION String representing the user MODULE NAME String representing the name of the module type LAST STATUS String representing status QUEUE NAME String representing the name of the queue in the current Queuing System DATE

    Original URL path: http://www.bonphysics.nl/inas/queuing.html (2015-08-10)
    Open archived version from archive