Bhalisela kwiMidiya yethu yeNtlalo ukuze ufumane iPosi ekhawulezileyo
Esi saziso sichaza ngakumbi inkqubela phambili yetekhnoloji yeNear-infrared Laser Pointer, sigxininisa umgaqo wayo wokusebenza, ukubaluleka kokuchaneka kwayo okuphezulu kwe-0.5mrad, kunye netekhnoloji entsha yokwahlukana kwemisebe emincinci kakhulu. Olu phando lukwagxininisa iimpawu zemveliso kunye nokusetyenziswa kwayo kwiinkalo ezahlukeneyo.
Inkqubela phambili kwezobuchwepheshe kwiNgqiqo neZinto ezifihlakeleyo
Izikhombisi zelaser bezisoloko ziqatshelwa njengezixhobo ezikwaziyo ukukhupha amandla okukhanya axineneyo, ezisetyenziswa kakhulu ekuboniseni umgama omde okanye ekukhanyiseni. Nangona kunjalo, izikhombisi zelaser zemveli bezinomda kuluhlu lwazo lokukhanyisa olusebenzayo, zihlala zingadluli kwikhilomitha e-1. Njengoko umgama usanda, indawo yokukhanya iyasasazeka kakhulu, kunye nokufana okungaphantsi kwama-70%.
Uphuhliso lweTekhnoloji yeLumispot Tech:
I-Lumispot Tech yenze inkqubela phambili emangalisayo ngokufaka itekhnoloji yokwahlukana kwemisebe emincinci kakhulu kunye neendlela zokukhanya ezifana nendawo. Uphuhliso lwe-Near-infrared Laser Pointer enobude obuyi-808nm luguqule ishishini. Ayipheleli nje ekufezekiseni imiqondiso yomgama omde, kodwa ukufana kwayo kukwafikelela malunga ne-90%. Le laser ayibonakali emehlweni omntu kodwa ibonakala ngokucacileyo koomatshini, iqinisekisa ukujolisa ngokuchanekileyo ngelixa igcina ukufihlakeleyo.
I-808nm kufutshane ne-infrared laser pointe/indicator evela kwi-Lumispot tech
Iinkcukacha zeMveliso:
◾ Ubude beWave: 808nm±5nm
◾ Amandla: <1W
◾ I-engile yokwahlukana: 0.5mrad
◾ Imo Yokusebenza: Iyaqhubeka okanye Ityhaliwe
◾ Ukusetyenziswa kombane: <5W
◾ Ubushushu bokusebenza: -40°C ukuya kuma-70°C
◾ Unxibelelwano: Ibhasi ye-CAN
◾ Ubukhulu: 87.5mm x 50mm x 35mm (Optical), 42mm x 38mm x 23mm (Umqhubi)
◾ Ubunzima: <180g
◾ Inqanaba loKhuseleko: IP65
Iimpawu eziphambili kunye neenzuzo
◾Ukulingana Komqadi Ophezulu: Esi sixhobo sifikelela kwi-90% yokulingana komqadi, siqinisekisa ukukhanya okuhlala kuhleli kunye nokujolisa.
◾ Ilungiselelwe Iimeko Ezinzima: Ngenxa yeendlela zayo eziphambili zokusasaza ubushushu, i-laser pointer inokusebenza ngokufanelekileyo kumaqondo obushushu afikelela kwi-+70°C.
◾ Iindlela Zokusebenza Eziguquguqukayo: Abasebenzisi banokukhetha phakathi kokukhanya okuqhubekayo okanye amaza okubetha kwentliziyo anokulungiswa, okulungele uluhlu olubanzi lwezicelo.
◾ Uyilo Olulungele Ikamva: Uyilo lwemodyuli luvumela ukuphuculwa okulula, okuqinisekisa ukuba isixhobo sihlala siphambili kubuchwepheshe be-laser.
Uluhlu olubanzi lwezicelo
Izicelo zeNear-infrared Laser Pointer zibanzi, ukusuka ekukhuseleni ukuze kuphawulwe iithagethi ezifihlakeleyo ukuya kumacandelo oluntu afana nokwakha kunye nokuhlola ijoloji ukuze kubekwe ngokuchanekileyo. Ukwaziswa kwayo kuthembisa ukuzisa ukuchaneka nokusebenza kakuhle kwiinkalo ezahlukeneyo, nto leyo ebonisa inkqubela phambili ebalulekileyo kwitekhnoloji yokukhanya.
Izicelo ezahlukeneyo: Ngaphaya kokukhomba nje
Iindlela ezinokwenzeka zokusetyenziswa kweLumispot Tech's Near-infrared Laser Pointer zininzi kakhulu:
◾ Ukhuselo noKhuseleko: Kwimisebenzi efihlakeleyo apho ukufihlakeleyo kubaluleke kakhulu, le layer pointer ingasetyenziselwa ukuphawula ithagethi ngaphandle kokubonisa indawo yomqhubi.
◾ Imifanekiso Yezonyango: Iilaser ezikufutshane ne-infrared zinokungena kwizicwili zomntu, nto leyo ezenza zibe zilungele iintlobo ezithile zemifanekiso yezonyango.
◾ Ukuqonda Ukude: Ekujongeni okusingqongileyo nasekujongeni umhlaba, ukukwazi ukujolisa kwiindawo ezithile nge-laser ekufutshane ne-infrared kunokuphucula umgangatho wedatha eqokelelweyo.
◾ Ukwakha Nokuhlola: Kwiiprojekthi ezifuna ukuchaneka, njengokwakha imijelo okanye ukwakhiwa kweentaba eziphakamileyo, i-laser pointer ethembekileyo inokuba luncedo kakhulu.
◾ Uphando kunye neMfundo: Kubaphandi abasebenza kwiilabhoratri okanye kootitshala abafundisa imigaqo ye-optics, le laser pointer isebenza njengesixhobo esisebenzayo kunye nesixhobo sokubonisa [^4^].
I-Lumispot Tech inezisombululo zezinye izicelo ze-laser, inomdla wokufunda okungakumbi malunga ne-laser yethu.ukuva kude, ezonyango, uluhlu, ukusika idayimanikwayei-LIDAR yeemotoizicelo.
Ukujonga Phambili: Ikamva leTekhnoloji yeLaser
Ubuchule beLumispot Tech kwicandelo lobuchwepheshe be-laser obuphantse bube yi-infrared buqala nje. Njengoko imfuno yezisombululo ze-laser ezichanekileyo, ezinokuthenjwa, nezifihlakeleyo ikhula, inkampani izimisele ukuhlala iphambili kuphando nophuhliso. Ngeqela elizinikeleyo lezazinzulu, iinjineli, kunye neengcali zoshishino, iLumispot Tech ikulungele ukukhokela umjikelo olandelayo wobuchule bokukhanya.
I-Near-Infrared (NIR) Laser: Imibuzo ebuzwa rhoqo
1. Yintoni eyenza ii-laser ezikufutshane ne-infrared (NIR) zibe zezodwa?
A: Ngokungafaniyo neelaser ezikhupha ukukhanya esinokukubona (njengobomvu okanye oluhlaza), iilaser ze-NIR zisebenza kwindawo "efihliweyo" ye-spectrum, nto leyo ebanika iipropati kunye nokusetyenziswa kwazo okwahlukileyo, ingakumbi kwiindawo apho ukukhanya okubonakalayo kunokuphazamisa khona.
2. Ngaba kukho iintlobo ezahlukeneyo ze-NIR lasers?
A: Ngokuqinisekileyo. Njengakwiileyiza ezibonakalayo, iileyiza ze-NIR zinokwahluka ngokwendlela ezisebenza ngayo, indlela yokusebenza (njenge-continuous wave okanye i-pulsed), kunye nobude be-wavelength ethile.
3. Amehlo ethu asebenzisana njani nokukhanya kwe-NIR?
A: Nangona amehlo ethu engenakukwazi "ukuyibona" ukukhanya kwe-NIR, oko akuthethi ukuba ayinabungozi. I-cornea kunye nelensi zivumela i-NIR ukuba idlule ngokufanelekileyo, nto leyo enokuba yingxaki njengoko i-retina inokuyifumana, nto leyo ekhokelela kumonakalo onokwenzeka.
4. Luthini ulwalamano phakathi kwee-laser ze-NIR kunye nee-fiber optics?
A: Ifana nomatshini owenziwe ezulwini. I-silica esetyenziswa kwiifayibha ezininzi ze-optical iphantse ibonakale kwiiwavelengths ezithile ze-NIR, ivumela imiqondiso ukuba ihambe imigama emide ngaphandle kokulahleka okukhulu.
5. Ngaba ii-laser ze-NIR zifumaneka kwizixhobo zemihla ngemihla?
A: Ewe, kunjalo. Umzekelo, i-remote yeTV yakho isenokusebenzisa isibane se-NIR ukuthumela imiqondiso. Ayibonakali kuwe, kodwa ukuba ukhomba i-remote kwikhamera yefowuni uze ucinezele iqhosha, unokubona rhoqo i-NIR LED flash.
6. Yintoni le ndiyivileyo nge-NIR kunyango lwezempilo?
A: Kukho umdla okhulayo kwindlela ukukhanya kwe-NIR okuchaphazela ngayo imizimba yethu. Olunye uphando lubonisa ukuba inokunceda ukusebenza kweeseli kunye nokuchacha, nto leyo ekhokelela ekusetyenzisweni kwayo kunyango lweentlungu, ukudumba, kunye nokuphiliswa kwamanxeba. Kodwa, kubalulekile ukukhumbula ukuba ayizizo zonke izicelo ezivavanyiweyo kakhulu, ngoko ke soloko unxibelelana neengcali zempilo.
7. Ngaba kukho naziphi na iingxaki zokhuseleko ezikhethekileyo ngee-laser ze-NIR xa kuthelekiswa nee-laser ezibonakalayo?
A: Indlela engabonakaliyo yokukhanya kwe-NIR inokubakhohlisa abantu bazive bekhuselekile. Ukuba awukwazi ukukubona akuthethi ukuba akukho apho. Ngokukodwa nge-laser ze-NIR ezinamandla aphezulu, kubalulekile ukusebenzisa izibuko zokukhusela amehlo nokulandela imigaqo yokhuseleko.
8. Ngaba ii-laser ze-NIR zinezicelo zokusingqongileyo?
A: Ngokuqinisekileyo. Umzekelo, i-NIR spectroscopy isetyenziselwa ukufunda impilo yezityalo, umgangatho wamanzi, kwanokwakheka komhlaba. Iindlela ezikhethekileyo ezisebenzisana ngazo izinto nokukhanya kwe-NIR zinokuxelela izazinzulu okuninzi malunga nokusingqongileyo.
9. Ndikhe ndeva ngee-infrared saunas. Ngaba oko kunxulumene nee-NIR lasers?
A: Ziyahambelana ngokwe-spectrum yokukhanya esetyenzisiweyo, kodwa zisebenza ngokwahlukileyo. Ii-sauna ze-infrared zisebenzisa izibane ze-infrared ukufudumeza umzimba wakho ngokuthe ngqo. Ii-laser ze-NIR, kwelinye icala, zigxile ngakumbi kwaye zichanekile, zihlala zisetyenziswa kwizicelo ezithile ezifana nezo sizithethileyo.
10. Ndingazi njani ukuba i-NIR laser ifanelekile kwiprojekthi okanye kwisicelo sam?
A: Uphando, uphando, uphando. Ngenxa yeempawu ezizodwa kunye nobubanzi bezicelo ze-laser ze-NIR, ukuqonda iimfuno zakho ezithile, imigaqo yokhuseleko, kunye neziphumo ozifunayo kuya kukunceda ukhokele isigqibo sakho.
Iireferensi:
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- UFekete, B., et al. (2023). I-X-ray ethambileyo ye-Ar⁺⁸ laser evuselelwe yi-capillary discharge ene-voltage ephantsi.
- USanny, A., et al. (2023). Ngokubhekiselele kuPhuhliso lwe-Self-Calibrating Nulling Interferometry Beam Combiner ye-VLTI Instrument ASGARD yokufumanisa ii-Exoplanets.
- UMorse, PT, et al. (2023). Unyango olungangenisi ntsholongwane lokulimala kwe-ischemia/ukwenzakala kwe-reperfusion: Ukudluliselwa okusebenzayo kokukhanya okukufutshane ne-infrared kwengqondo yomntu ngokusebenzisa ii-waveguides ze-silicone ezihambelana nolusu oluthambileyo.
- UKhangrang, N., et al. (2023). Ukwakhiwa kunye novavanyo lwesikhululo sesikrini se-phosphor view ukuze kujongwe iprofayili enqamlezileyo ye-electron beam kwi-PCELL.
- UFekete, B., et al. (2023). I-X-ray ethambileyo ye-Ar⁺⁸ laser evuselelwe yi-capillary discharge ene-voltage ephantsi.
Isikhanyeli:
- Sivakalisa ukuba imifanekiso ethile eboniswa kwiwebhusayithi yethu iqokelelwa kwi-intanethi nakwiWikipedia ngeenjongo zokuqhubela phambili imfundo nokwabelana ngolwazi. Siyawahlonipha amalungelo obunini bobuchwephesha babo bonke abadali bokuqala. Le mifanekiso isetyenziswa ngaphandle kwenjongo yokufumana inzuzo kwezorhwebo.
- Ukuba ukholelwa ukuba naluphi na umxholo osetyenzisiweyo uphula amalungelo akho okushicilela, nceda unxibelelane nathi. Sizimisele kakhulu ukuthatha amanyathelo afanelekileyo, kuquka ukususa imifanekiso okanye ukubonelela ngeenkcukacha ezifanelekileyo, ukuqinisekisa ukuthotyelwa kwemithetho nemigaqo yepropathi yengqondo. Injongo yethu kukugcina iqonga elinomxholo otyebileyo, elifanelekileyo, nelihlonipha amalungelo epropathi yengqondo yabanye.
- Please reach out to us via the following contact method， email: sales@lumispot.cn. We commit to taking immediate action upon receipt of any notification and ensure 100% cooperation in resolving any such issues.
Ixesha lokuthumela: Oktobha-31-2023