iindaba

Sisebenzisa iikuki ukuphucula amava akho.Ngokuqhubeka nokukhangela le ndawo, uyavumelana nokusebenzisa kwethu iikuki.Iinkcukacha ezongezelelweyo.
Kulo dliwano-ndlebe, uJason Fant, uMphathi weNtengiso yeHlabathi, iZeus Industrial Products, Inc., kunye noMateyu Davis, iNjineli yoPhando oluPhambili, uLuna Innovations, baxoxe nge-AZoM ukusetyenziswa kwe-PEEK fibers efakwe ukushisa.
Ikomkhulu leZeus Industrial Products, Inc. elise Orangeburg, South Carolina, USA.Ishishini layo eliphambili kuphuhliso kunye nokuchaneka kwe-extrusion yezinto eziphambili zepolymeric.Inkampani iqeshe abantu be-1,300 emhlabeni wonke kwaye inezixhobo zokuvelisa e-Aiken, eGaston nase-Orangeburg, eSouth Carolina, eBranchburg, eNew Jersey nase-Letterkenny, e-Ireland.Iimveliso kunye neenkonzo zeZeus zikhonza iinkampani kwiimarike zonyango, iimoto, i-aerospace, ifayibha, amandla kunye nolwelo.
Ngokusekwe kwimfuno yomthengi, sigqibe kwelokuba sisebenzise i-PEEK ekhutshiweyo njenge-fiber optic coating.Umlinganiselo wamandla kubunzima be-PEEK, ubushushu obuphezulu bokusebenza, kunye nokumelana nemitha kuyenza ibe yimathiriyeli enomdla kwi-sensor yezicelo kwiindawo ezirhabaxa njengamandla, i-aerospace, kunye neemoto.Izicelo ezixhamlayo kwi-PEEK zibandakanya ukukhuselwa kweenzwa ezizinzisiweyo zokubeka iliso kwisakhiwo okanye amacandelo adibeneyo kushishino lwe-aerospace.Ukuphuculwa kokumelana nokunxiba kunye nokukwazi ukugqithisela umthwalo nako kwenza ukuba ibe yimveliso ekhangayo kwi-downhole okanye kwi-subsea evakalala izicelo.
Izibonelelo eziphambili ze-PEEK ziquka ukuhambelana kwayo kwezinto eziphilayo, ukucoceka okuphezulu, kunye nokuchasana ne-ethylene oxide, i-gamma radiation, kunye ne-autoclaving.Isakhono se-PEEK sokumelana nokugoba okuphindaphindiweyo kunye nokukrazula kwenza kube lukhetho olunomdla kwiirobhothi zotyando.Ukucinga nge-PEEK njengengubo ye-fiber optics, sifumene ukuba le nto iyanciphisa ukubekwa ngokutsha kunye nokwandisa ubomi benkonzo, ngelixa ivumela i-deformation, i-vibration, uxinzelelo kunye nezinye izinto zokusingqongileyo ukuba zibonwe kwaye zidluliselwe.
I-PEEK ibonisa amandla oxinzelelo kunye nokungazinzi ngokuguquguquka kweqondo lokushisa, oku kunokukhokelela ekungaphumeleli.Iingxaki zinokuvela xa usebenza ngeefiber eziqulethe iigratings.Sifumene ukuba ekusebenzeni kweBragg yefiber, ukunyanzeliswa kubangela ukuphazamiseka okukhulu.
Injongo yethu kuZeus kukubonelela nge-PEEK ifayibha edibeneyo ezinzile phantsi kokutshintsha kweqondo lokushisa okugqithisileyo, ukuvumela i-fiber ukuba igcine inzuzo ye-PEEK yokugqoka phezu kokutshintsha kweqondo lokushisa kunye nokukhusela i-fiber kwi-compression ngenxa yokunciphisa.
I-Luna's OBR 4600 yindawo yokuqala ye-zero-dead-zone ye-ultra-high-resolution reflectometer ene-Rayleigh backscatter sensitivity kumalungu okanye iinkqubo zefiber optic.I-OBR isebenzisa i-swept wavelength ehambelanayo i-interferometry ukulinganisa imiboniso emincinci kwisixokelelwano sokukhanya njengomsebenzi wobude bayo.Le ndlela ilinganisa impendulo yesikali esipheleleyo sesixhobo, kubandakanywa nesigaba kunye ne-amplitude.Ithi ke inikezelwe ngokomzobo, ibonelela abasebenzisi ngesakhono esingenakuthelekiswa nanto sokuvavanya kunye nokuxilonga amacandelo okanye uthungelwano.
Enye yeenzuzo zokusebenzisa i-OBR kukukwazi ukulinganisa ukuvela kwimeko yepolarization ecaleni kwefiber, enika umbono wokusasazwa kwe-birefringence.Kule meko, silinganise kwaye sithelekisa imeko ye-polarization ye-PEEK-coated fiber kunye nefiber reference.I-evolution yemo ye-polarization ye-OBR ye-receiver kunye nobude befayibha ibonakala ngathi sinokulindela icandelo le-fiber eligoqiweyo, apho ixesha le-S kunye ne-P lithetha emphethweni ngokomyalelo weemitha ezimbalwa.ihambelana nobude beebhithi ze-birefringence ezibangelwa kukujija ifayibha.Xa uqwalasela ukungafani phakathi kwereferensi kunye ne-PEEK, akukho ukungahambelani okubonwayo, kubonisa ukuba kukho i-deformation encinci yesigxina ngexesha lenkqubo yokugubungela echaphazela iipropati ezibonakalayo.
Utshintsho oluqhelekileyo kwi-attenuation ye-PEEK-coated fiber ngexesha lokuhamba ngebhayisikile yayingaphantsi kwe-0.02 decibels (dB) xa kuthelekiswa nefiber yokulawula.Olu tshintsho lubonisa ukuba ukuzinza kwe-PEEK akuchatshazelwa kakhulu kukuhamba ngebhayisikile yeqondo lokushisa okanye ukutshatyalaliswa kwe-thermal.Kwaye kwaphawulwa ukuba ilahleko ye-PEEK i-fiber coated yayiphantsi kakhulu kune-fiber yokulawula kwi-radius ye-bend enqabileyo.
Ifiber ephambili yokwambathisa kufuneka imelane nenkqubo yethu yobunini.Ukuba nokwenzeka kunokumiselwa kumlinganiselo omkhulu ngokuphonononga amaphepha edatha yefiber kunye nokuqinisekisa ubunakho benkqubo ngovavanyo lobungqina bexesha elifutshane.Oku kukwaphenjelelwa ziimpawu ezifunwayo zemveliso yokugqibela.
Sibaleke ikhilomitha yekhonkco.Nangona kunjalo, umgangatho wefiber, iimpawu zemveliso yokugqibela kunye nezinye iiparamitha ezininzi zinokumisela ubude obuqhubekayo obuqhubekayo esinokubufumana.Oku kuya kuba yinto ekuya kufuneka sithathe isigqibo ngayo kwakhona kwimeko nganye.
I-PEEK ayinakwahlulwa lula ngesandla.Inokususwa ngempumelelo ngeendlela ezishushu okanye zekhemikhali.Kukho ezinye ii-strippers zorhwebo ezinokususa i-PEEK, kodwa kufuneka uhlolisise umenzi malunga nendlela oku kuchaphazela ngayo inani lokusetyenziswa phakathi kokucoca kunye nezinye iiparitha ezinxulumene nokusetyenziswa.I-PEEK inokususwa ngokwemichiza kusetyenziswa iindlela ezifanayo nezo zisetyenziswa ngokuqhelekileyo kwiipolyimides.
Kumava ethu, asibonanga naluphi na ulungelelwaniso phakathi kobunzima kunye neempawu zefiber yokwenyani ngokwayo.
I-Optical time-domain reflectometers ifumana ulwazi malunga nomgama wokubonakalisa ngokuthumela iipulse ezimfutshane zokukhanya kunye nokurekhoda ixesha elithathayo ukuze ukukhanya okubonakalisiweyo kubuye.Umboniso oqaqambileyo umfamekisa owamkelayo ixesha elifutshane, okwenza kube nzima ukujonga incopho yesibini yokubonisa "kwindawo efileyo" emva kwencopho yokuqala yokubonisa.
I-OBR isekwe kwi-optical frequency domain reflectometry.Ihlola i-laser e-tunable kuluhlu olubanzi lwee-frequencies optical, iphazamisa ikopi yendawo ye-laser beam ebuya kwisixhobo sokuvavanya, irekhoda imiphetho ebangelwayo, kwaye ibala umgama kwisiganeko esithile sokubonisa ngokusekwe kwi-frequency yokuphazamiseka.Le nkqubo yahlula ngokufanelekileyo ukukhanya okubonakaliswa kwiindawo ezikufutshane ecaleni kwefiber ngaphandle kweengxaki "zendawo efileyo".
Ukuchaneka komgama kuhambelana nokuchaneka kwee-laser ezisetyenziselwa ukuskena ubude bamaza ngemilinganiselo.Ilaser ilinganiswe nge-NIST eqinisekisiweyo yeseli yokufunxa irhasi yangaphakathi ukulinganisa ubude bobude kwisikena ngasinye.Ulwazi oluchanekileyo loluhlu lwe-optical frequency ye-laser scanning lukhokelela kulwazi oluchanekileyo lokukalwa komgama.Oku kuvumela i-OBR ukuba ibonelele ngesona sisombululo siphezulu sesithuba kunye nokuchaneka kwee-OTDR zentengiso kwimarike namhlanje.
Ndwendwela zeusinc.com ukufunda ngakumbi malunga nePEEK Coated Heat Stabilized Optical Fiber, kubandakanywa izifundo zovavanyo kunye nolwazi lobugcisa, okanye uqhagamshelane noJason Fant, uMphathi weNtengiso yeHlabathi, iFayibha ye-Optical, ku- [i-imeyile ekhuselweyo]
Ndwendwela i-Lunainc.com ukuze ufunde ngakumbi malunga nezixhobo zovavanyo lwefayibha okanye uqhagamshelane no-Matthew Davis, iNjineli yoPhando oyiNtloko kwi- [i-imeyile ekhuselweyo].
Unoxanduva lokuthengisa kunye nophuhliso lweshishini kwishishini le-fiber optic.Umnikazi webhanti eliHlaza eliSix Sigma, uFunt uqinisekisiwe nge-IAPD kwaye ulilungu leSPIE.
Iingcaphephe ekuphumezeni iteknoloji yefiber optic sensor kwiindawo ezinzima ezifana neenjini zegesi, iitonela zomoya kunye nezixhobo zenyukliya.
Ukuzihlangula: Iimbono ezichazwe apha zezabantu ebekudliwano-ndlebe nabo kwaye azibonisi izimvo ze-AZoM.com Limited (T/A) AZoNetwork, umnini kunye nomsebenzi wale webhusayithi.Esi silandulo siyinxalenye yemigaqo yokusetyenziswa kwale webhusayithi.
Ekuqaleni e-Ireland, uMichealla waphumelela kwiYunivesithi yaseNorthumbria eNewcastle kunye ne-BA kwi-English Literature and Journalism.Wafudukela eManchester emva konyaka wokuhamba e-Asia nase-Australia.Ngexesha lakhe lokuphumla, uMichella uchitha ixesha kunye nosapho kunye nabahlobo, ehamba intaba, esiya kwindawo yokuzivocavoca / yoga kwaye azintywilisele kuthotho lwamva nje lweNetflix ngaphandle kweminye.
Zeus Industrial Products Inc. (2019, Januwari 22).Sebenzisa iingubo zePEEK kwiifiber ezibonakalayo.AZ.Ibuyiselwe ngoNovemba 17, 2022 ukusuka ku-https://www.azom.com/article.aspx?ArticleID=13764.
Zeus Industrial Products, Inc. "Ukusetyenziswa kweeCoatings ze-PEEK ze-Optical Fibers".AZ.NgoNovemba 17, 2022.NgoNovemba 17, 2022.
Zeus Industrial Products, Inc. "Ukusetyenziswa kweeCoatings ze-PEEK ze-Optical Fibers".AZ.https://www.azom.com/article.aspx?ArticleID=13764.(Ukusukela nge-17 kaNovemba 2022).
Zeus Industrial Products, Inc. 2019. Sebenzisa iPEEK Coatings for Optical Fibers.I-AZoM, ifunyenwe nge-17 kaNovemba 2022, https://www.azom.com/article.aspx?ArticleID=13764.
I-AZoM ithetha noSeokheun "Sean" Choi, uNjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York. I-AZoM ithetha noSeokheun "Sean" Choi, uNjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.I-AZoM ithetha noSeohun "Sean" Choi, uprofesa kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.U-AZoM udliwano-ndlebe no-Seokhyeun "Shon" Choi, unjingalwazi kwiSebe lezoMbane kunye nobuNjineli beKhompyutha kwiYunivesithi yaseNew York.Uphando lwakhe olutsha luneenkcukacha zokuveliswa kweeprototypes zePCB eziprintwe kwiphepha lephepha.
Kudliwano-ndlebe lwethu lwakutsha nje, i-AZoM yenza udliwano-ndlebe noDkt Ann Meyer kunye noGqr Alison Santoro, okwangoku abasebenzisana neNereid Biomaterials.Iqela lidala i-biopolymer entsha enokuchithwa yi-bioplastic-degrading microbes kwindawo yolwandle, isisondeza kwi-i.
Olu dliwano-ndlebe luchaza indlela i-ELTRA, inxalenye yeVerder Scientific, eyenza abahlalutyi beeseli kwivenkile yokuhlanganisa ibhetri.
I-TESCAN yazisa inkqubo yayo entsha ye-TENSOR eyenzelwe i-4-STEM i-ultra-high vacuum ye-multimodal characterization ye-nanosized particles.
I-Spectrum Match yinkqubo enamandla evumela abasebenzisi ukuba bakhangele amathala eencwadi akhethekileyo ukuze bafumane imbonakalo efanayo.
I-BitUVisc yimodeli ekhethekileyo ye-viscometer enokusingatha iisampuli eziphezulu ze-viscosity.Yenzelwe ukugcina ubushushu besampulu kuyo yonke inkqubo.