Bhalisela kwiMedia yethu yeNtlalo ukuze ufumane iPosi ngokukhawuleza
Olu shicilelo losasazo lujolisa kwinkqubela phambili yetekhnoloji yeSilawuli seLaser esikufuphi ne-infrared, sigxininisa umthetho-siseko wayo wokusebenza, ukubaluleka kokuchaneka kwayo okuphezulu kwe-0.5mrad, kunye nethekhnoloji entsha yokwahlukana kwemiqadi encinci. Uphando lukwaqaqambisa iimpawu zemveliso kunye nokusetyenziswa kwayo kwiinkalo ezahlukeneyo.
Ukuphumelela kweTekhnoloji kwiNgcaciso kunye neNgcali
Izikhombisi zeLaser kudala zibonwa njengezixhobo ezikwazi ukukhupha amandla okukhanya agxininiswe kakhulu, ikakhulu asetyenziselwa ukubonakaliswa komgama omde okanye ukukhanyisa. Izikhombisi zelaser zemveli, nangona kunjalo, zithintelwe kuluhlu lwazo lokukhanyisa olusebenzayo, amaxesha amaninzi aludluli kwikhilomitha enye. Njengoko umgama ukhula, indawo yokukhanya isasazeka kakhulu, kunye nokufana okungaphantsi kwe-70%.
Uphuculo lwetekhnoloji yeLumispot Tech:
ILumispot Tech yenze inkqubela phambili ngokubandakanya itekhnoloji yokwahluka komqadi omncinci kunye neendlela zokukhanya ezifanayo. Uphuhliso lwe-Near-infrared Laser Pointer ene-wavelength ye-808nm iguqule ishishini. Ayizukuzuza kuphela isalathisi somgama omde, kodwa ukufana kwayo kufikelela malunga ne-90%. Le laser ihlala ingabonakali kwiliso lomntu kodwa ibonakala ngokucacileyo koomatshini, iqinisekisa ukujoliswa okuchanekileyo ngelixa igcina i-stealth.
I-808nm Ikufuphi ne-infrared laser pointe/isalathisi esivela kwi-Lumispot tech
Iinkcukacha zeMveliso:
◾ Ubude beWaveleng: 808nm±5nm
◾ Amandla: <1W
◾ I-engile yokwahlukana: 0.5mrad
◾ Imowudi yokuSebenza: Ukuqhubekeka okanye ukutyhalwa
◾ Ukusetyenziswa kwamandla: <5W
◾ Ubushushu bokusebenza: -40°C ukuya kuma-70°C
◾ Unxibelelwano: CAN ibhasi
◾ Imilinganiselo: 87.5mm x 50mm x 35mm (Optical), 42mm x 38mm x 23mm (Umqhubi)
◾ Ubunzima: <180g
◾ Inqanaba loKhuselo: IP65
Iimpawu eziphambili kunye neeNzuzo
◾I-Superior Beam Uniformity: Isixhobo sifezekisa ukufana kwe-90% ye-beam, ukuqinisekisa ukukhanya okuhambelanayo kunye nokujoliswa.
◾ Ilungiselelwe iimeko eziBabekileyo: Ngeendlela zayo eziphambili zokulahla ubushushu, isalathisi selaser sinokusebenza ngokufanelekileyo kumaqondo obushushu ukuya kuthi ga ku +70°C.
◾ Iindlela zokuSebenza eziNyenzeko: Abasebenzisi banokukhetha phakathi kokukhanya okuqhubekayo okanye okuguquguqukayo kwe-pulse frequency, ukulungiselela uluhlu olubanzi lwezicelo.
◾ I-Future-Ready Design: Uyilo lweemodyuli luvumela uphuculo olulula, luqinisekisa ukuba isixhobo sihlala siphambili kubuchwepheshe belaser.
Uluhlu olubanzi lwezicelo
Ukusetyenziswa kweSilatha seLaser esikufuphi ne-infrared mikhulu, ukusuka kukhuselo lokumakisha okusithekileyo kumacandelo oluntu afana nolwakhiwo kunye novavanyo lwejoloji ukulungiselela indawo echanekileyo. Intshayelelo yayo ithembisa ukuzisa ukuchaneka okuphuculweyo kunye nokusebenza kakuhle kwiinkalo ezahlukeneyo, kuphawula inyathelo elibalulekileyo kwitekhnoloji ye-optical.
Iintlobo ngeentlobo zezicelo: Ngaphaya kokuKwalatha nje
Usetyenziso olunokubakho lweLumispot Tech's Near-infrared Laser Pointer lukhulu kakhulu:
◾ UKhuselo noKhuseleko: Kwimisebenzi efihlakeleyo apho i-stealth ibaluleke kakhulu, esi salathisi selaser sinokusetyenziselwa ukuphawula okujoliswe kuko ngaphandle kokubonisa indawo yomsebenzisi.
◾ Umfanekiso wezoNyango: I-laser ekufuphi ne-infrared inokungena kwizicubu zomntu, izenze zilungele iintlobo ezithile zomfanekiso wezonyango.
◾ Uvakalelo olukude: Ekubekwe iliso kokusingqongileyo kunye nokuqwalaselwa komhlaba, ukukwazi ukujolisa kwiindawo ezithile ngelaser ekufutshane ne-infrared kunokunyusa umgangatho wedatha eqokelelweyo.
◾ Ulwakhiwo kunye noVavanyo: Kwiiprojekthi ezifuna ukuchaneka, okufana netonela okanye ulwakhiwo oluphezulu, isalatha esithembekileyo selaser sinokuba luncedo kakhulu.
◾ UPhando kunye neziFundo: Kubaphandi abasebenza kwiilebhu okanye ootitshala abafundisa imigaqo ye-optics, esi salathisi selaser sisebenza njengesixhobo esisebenzayo kunye nesixhobo sokubonisa[^4^].
I-Lumispot Tech inezisombululo zezinye izicelo ze-laser, ezinomdla wokufunda ngakumbi malunga nathiimvakalelo ekude, ezonyango, ukusuka, ukusika idayimanikwayeiimoto LIDARizicelo.
Ukujonga Phambili: Ikamva leTekhnoloji yeLaser
Izinto ezintsha zeLumispot Tech kwicandelo letekhnoloji ye-laser ekufutshane ne-infrared sisiqalo nje. Njengoko imfuno yezisombululo zelaser ezichanekileyo, ezithembekileyo, kunye ne-stealthy ikhula, inkampani izimisele ukuhlala iphambili kuphando kunye nophuhliso. Ngeqela elizinikeleyo lezazinzulu, iinjineli, kunye neengcaphephe zeshishini, iLumispot Tech ikulungele ukukhokela igagasi elilandelayo lokuqamba izinto ezintsha.
ILaser ekufuphi ne-Infrared (NIR): I-FAQ enzulu
1. Yintoni eyenza i-laser ekufutshane ne-infrared (NIR) ekhethekileyo?
A: Ngokungafaniyo ne-laser ekhupha ukukhanya esinokukubona (okubomvu okanye okuluhlaza), iilaser ze-NIR zisebenza kwindawo "efihlakeleyo" ye-spectrum, ebanika iipropati ezizodwa kunye nokusetyenziswa, ngakumbi kwiindawo apho ukukhanya okubonakalayo kunokuphazamisa.
2. Ngaba kukho iindidi ezahlukeneyo zeelaser ze-NIR?
A: Ngokuqinisekileyo. Kanye njengee-lases ezibonakalayo, iilaser ze-NIR zinokuhluka ngokwamandla azo, indlela yokusebenza (njengamaza aqhubekayo okanye i-pulsed), kunye nobude obuthile.
3. Amehlo ethu adibana njani nokukhanya kwe-NIR?
A: Ngelixa amehlo ethu engakwazi "ukubona" ukukhanya kwe-NIR, oko akuthethi ukuba ayinabungozi. I-cornea kunye ne-lens ivumela i-NIR ukuba idlule ngokufanelekileyo, enokuba yingxaki njengoko i-retina inokufunxa, ekhokelela kumonakalo onokuthi ube khona.
4. Yintoni ubudlelwane phakathi kweelaser ze-NIR kunye nefiber optics?
A: Kufana nomdlalo owenziwe ezulwini. I-silica esetyenziswa kwiintsinga ezininzi ze-optical iphantse yacaca kwezinye i-NIR wavelengths, ivumela imiqondiso ukuba ihambe imigama emide ngelahleko encinci.
5. Ngaba iilaser ze-NIR zifumaneka kwizixhobo zemihla ngemihla?
A: Ngokwenene, banjalo. Umzekelo, ukude kwakho kumabonwakude kusenokwenzeka ukuba usebenzisa ukukhanya kwe-NIR ukuthumela iimpawu. Ayibonakali kuwe, kodwa ukuba ukhomba indawo ekude kwikhamera ye-smartphone kwaye ucofe iqhosha, unokuhlala ubona isibane se-NIR LED.
6. Yintoni le ndiyivileyo nge-NIR kunyango lwezempilo?
A: Kukho umdla okhulayo wokuba ukukhanya kwe-NIR kuyichaphazela njani imizimba yethu. Olunye uphando lucebisa ukuba lunokunceda ukusebenza kweselula kunye nokuchacha, okukhokelela ekusetyenzisweni kwayo kunyango lweentlungu, ukuvuvukala, kunye nokuphiliswa kwamanxeba. Kodwa, kubalulekile ukukhumbula ukuba ayizizo zonke izicelo eziye zavavanywa kakhulu, ke soloko udibana neengcali zempilo.
7. Ngaba kukho iinkxalabo zokhuseleko ezizodwa ngeelaser ze-NIR xa kuthelekiswa neelasesi ezibonakalayo?
IMPENDULO: Ubume obungabonakaliyo bokukhanya kwe-NIR bunokwenza abantu bacinge ukuba bakhuselekile. Ngenxa yokuba ungayiboni akuthethi ukuba ayikho. Ngeelaser ze-NIR ezinamandla aphezulu, ngakumbi, kubalulekile ukusebenzisa iliso elikhuselayo kwaye ulandele imigaqo yokhuseleko.
8. Ingaba iilaser ze-NIR zinazo naziphi na izicelo zokusingqongileyo?
A: Ngokuqinisekileyo. I-NIR spectroscopy, umzekelo, isetyenziselwa ukufunda impilo yezityalo, umgangatho wamanzi, kunye nokwakheka komhlaba. Iindlela ezizodwa zezixhobo ezidibana nokukhanya kwe-NIR zinokuxelela izazinzulu okuninzi malunga nokusingqongileyo.
9. Ndikhe ndeva ngeesaunas ze-infrared. Ngaba loo nto inxulumene ne-NIR lasers?
IMPENDULO: Ziyamene ngokwemiba yokukhanya esetyenzisiweyo, kodwa zisebenza ngokwahlukileyo. Iisauna ze-infrared zisebenzisa izibane ze-infrared ukufudumeza umzimba wakho ngokuthe ngqo. Iilaser ze-NIR, kwelinye icala, zijolise ngakumbi kwaye zichanekile, zihlala zisetyenziswa kwizicelo ezithile ezifana nezo sele sizixoxile.
10. Ndazi njani ukuba i-laser ye-NIR ilungile kwiprojekthi yam okanye kwisicelo sam?
A: Uphando, uphando, uphando. Ukunika iipropathi ezizodwa kunye nobubanzi bezicelo ze-laser ye-NIR, ukuqonda iimfuno zakho ezithile, iiprothokholi zokhuseleko, kunye neziphumo ezinqwenelekayo kuya kunceda ukukhokela isigqibo sakho.
IiReferensi:
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- Fekete, B., et al. (2023). I-x-reyi ethambileyo ye-Ar⁺⁸ ilaser yonwatyiswe kukuphuma kwe-capillary enevoltage ephantsi.
- USanny, A., et al. (2023). Ukuya kuPhuhliso lwe-self-Calibrating Nulling Interferometry Beam Combiner ye-VLTI Instrument ye-ASGARD yokubona ii-Exoplanets.
- Morse, PT, et al. (2023). Unyango olungahlaseliyo lwe-ischemia / ukwenzakala kwakhona: Ukuhanjiswa okusebenzayo konyango olukufutshane ne-infrared ukukhanya kwingqondo yomntu ngokusebenzisa ulusu oluthambileyo oluhambelana ne-silicone waveguides.
- Khangrang, N., et al. (2023). Ukwakhiwa kunye novavanyo lwesitishi sesikrini sokujonga i-phosphor ukubeka iliso kwiprofayili enqamlezayo ye-electron beam kwi-PCELL.
- Fekete, B., et al. (2023). I-x-reyi ethambileyo ye-Ar⁺⁸ ilaser yonwatyiswe kukuphuma kwe-capillary enevoltage ephantsi.
Ukuzihlangula:
- Ke ngoko sibhengeza ukuba imifanekiso ethile eboniswe kwiwebhusayithi yethu iqokelelwe kwi-intanethi kunye neWikipedia ngeenjongo zokuqhubela phambili imfundo kunye nokwabelana ngolwazi. Siyawahlonipha amalungelo epropathi yomenzi wabo bonke abadali bokuqala. Le mifanekiso isetyenziswa kungekho njongo yenzuzo yorhwebo.
- Ukuba ukholelwa ukuba nawuphi na umxholo osetyenzisiweyo wophula amalungelo akho okushicilela, nceda uqhagamshelane nathi. Sizimisele kakhulu ukuthatha amanyathelo afanelekileyo, kubandakanywa ukususa imifanekiso okanye ukubonelela ngemfanelo efanelekileyo, ukuqinisekisa ukuthotyelwa kwemithetho kunye nemigaqo yepropathi enomgangatho ophezulu wokuqonda. Injongo yethu kukugcina iqonga elityebileyo kumxholo, elingenamkhethe, nelihlonipha amalungelo obunini bomgangatho wengqondo wabanye.
- 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 lokuposa: Oct-31-2023