Iququzelelwe nguMesse Munich (Shanghai) Co., LTD., Ihlabathi le-Laser ye-18 yeiifotonicsi-china iya kubanjelwa kwiiHolo ze-W1-W5, i-OW6, i-OW7 kunye ne-OW8 ye-Shanghai New International Expo Centre ngo-Matshi 20-22, 2024. Ngomxholo othi "iNzululwazi kunye nobuNkokheli beTekhnoloji, ikamva eliqaqambileyo", uMboniso awuyi kuhlanganisana kuphela. iinkampani eziphambili kunye nobuchwepheshe kwi-laser yaseAsia, i-optics kunyeoptoelectronicsamashishini, kodwa abonise iimveliso ezininzi ezintsha kunye nezisombululo, ezibonisa umkhombandlela wophuhliso lwexesha elizayo lwehlabathi.ishishini le-optoelectronics.
Iikristale ze-ultra-thin optical zikhokelela kuphuhliso olunamandla lwetekhnoloji ye-photoelectric kuzo zonke iinkalo
Njengesiganeko esibalulekileyo ekuphuhliseni iteknoloji ye-laser, impumelelo yophando kunye nokuphuhliswa kweekristale ze-ultra-thin optical ziye zafaka ithemba kunye namandla kwi-photoelectric industry, ukwandisa ngakumbi ukuveliswa kwecandelo le-optical, izixhobo zokukhanya kunye nezinye iimarike. Njengengcaliukubonaiqonga lokubonisa, iMunich Shanghai Optical Fair ibonelela ngomboniso omnye weemveliso kunye nobuchwepheshe obugubungela lonke ikhonkco loshishino lokukhanya. Lo mboniso uya kugxininisa kwiinkalo eziphambili ezifana namacandelo / izinto eziphathekayo, izixhobo zokulungisa ezibandayo, uvavanyo lwe-optical / izixhobo ezichanekileyo, kunye neelensi zekhamera, kwaye uzibophelele ekukhuthazeni uphuhliso oluphezulu lweshishini kunye nokunceda ukudala i-ecology entsha yoshishino. .
Ukusebenza okuphezulu kwamandla aphezului-fiber lasersakhokele inguqu entsha yezoshishino
Itekhnoloji yelaser yefiber ephezulu yenye yezona zikhokelo zophando zidumileyo kwicandelo leitekhnoloji ye-optoelectronicekhaya nakwamanye amazwe kule minyaka yakutsha nje, kwaye inenani elikhulu leemfuno kumashishini kunye nemimandla yokhuselo lomkhosi. Xa kuthelekiswa ne-laser zemveli eziqinileyo, iilaser zefiber zineengenelo ezininzi, ezifana nokusebenza okuphezulu, uzinzo oluphezulu, umgangatho ophezulu we-beam, uzinzo olungcono kunye nokuthembeka. Amandla aphumayo ale laser anokuba phezulu kwinqanaba le-kilowatt, okanye nangaphezulu, evumela ukusebenza ngokufanelekileyo kunye nokuchaneka okuphezulu kunye nokuveliswa. Ngophuhliso oluqhubekayo kunye nokuphuculwa kobuchwepheshe, obu bugcisa buye benza iimpumelelo ezininzi kwiiteknoloji ezininzi eziphambili kunye namacandelo abalulekileyo, kwaye yenze uphuhliso olukhawulezayo kwizicelo zeshishini. Ikhonkco lemizi-mveliso elipheleleyo ligubungela imathiriyeli, amacandelo,iilaser, iinkqubo ze-laser, kwaye isetyenziswa ngokubanzi kumashishini, ezonyango, kuphando lwezenzululwazi, emkhosini kunye nokhuselo lwesizwe kunye neminye imimandla. Ukubonelela ngenkxaso eyomeleleyo kuphuhliso olukhawulezayo lwemveliso ephucukileyo, ukwenziwa kwezixhobo ze-aerospace, amandla, iimoto kunye neminye imimandla.
Amakhulu amashishini amatsha aqokelelene ukubonisa amandla amatsha kwishishini lehlabathi lokufota
Lo nyaka ihlabathi Laser ofiifotonicsi-china itsale intatho-nxaxheba esebenzayo yamashishini amatsha angaphezu kwama-200, ezise itekhnoloji ephucukileyo kunye neemveliso ezintsha, kwaye yafaka umjelo oqhubekayo wokuqina kushishino lombane. Ukongezwa kwala mashishini amatsha akugcini nje ukongeza umbala kumboniso, ukutyebisa umboniso womboniso, kodwa kuzisa amathuba angenamkhawulo kunye namathuba okuphumelela kunye nophuhliso loshishino lweefoto zombane. Ngelo xesha, umboniso unomboniso oqinileyo wamazwe ngamazwe, i-13% yababonisi abavela eUnited States, eJamani, eJapan, eSwitzerland, eFransi, e-United Kingdom, eMzantsi Korea nakwamanye amazwe. Kuyafaneleka ukukhankanya ukuba iMunich Shanghai Light Fair yalo nyaka iphinde yazisa inkangeleko entsha yeIBeijing Conquer Photonics Co., Ltd., Hangzhou Institute ofAmehlokunye Precision Machinery, polymerization Photonics, China Building Materials Science Research Institute Co., LTD., kunye namanye amashishini, baya kuba yinkangeleko entsha kunye nesimo sengqondo, bafake amandla amatsha kumboniso, kunye nokukhuthaza ngokubambisana inkqubela kunye nophuhliso loshishino lombane. .
Itekhnoloji ye-Optical kunyeiteknoloji laseridlala indima ephambili kuvavanyo lwe-semiconductor, ukwenziwa kwetshiphu, ukwenziwa kwezithuthi zamandla amatsha kunye neminye imimandla, ekhuthaza kakhulu ulwakhiwo lolwazi lwesizwe kunye nophuhliso loqoqosho. Inkomfa yeteknoloji ye-optical iya kuphonononga iindawo ezishushu ngobunzulu, kwaye iya kuhlanganisa iingcali ezaziwayo-kakuhle kunye nabaphengululi kunye neenkokheli zoshishino ezivela kwi-laser, optical, infrared kunye nezinye iinkalo zokuthetha malunga nekamva leshishini le-photoelectric, ukudibanisa ngokusondeleyo isayensi, uphando kunye uphuhliso kunye nosetyenziso lwemizi-mveliso, lubonelela ngenkxaso yethiyori yenzululwazi kumzobo weplani yophuhliso lweshishini, kunye nokunika ixabiso elikhethekileyo elibonakalayo kuphuhliso loshishino. Kwangaxeshanye, kufanelekile ukukhankanya ukuba le nkomfa yongeza itekhnoloji ebukhali efana netekhnoloji ye-computational imaging kunye ne-ultra-structured optical surfaces. Ngokulungisa i-optics kunye nokusetyenzwa komqondiso, itekhnoloji ye-computational imaging yetekhnoloji iqonda ukufunyanwa kolwazi oluphezulu, kwaye iba ngundoqo kwimifanekiso yombane yokungena kwixesha lolwazi. Nangona kunjalo, i-ultrastructural optical surface inokulawula ukuziphatha kokukhanya nge-microstructure yayo ye-periodic ukusuka kwi-nanometer ukuya kwinqanaba le-micron, kwaye iqonde ukubonakaliswa okukhethiweyo okanye ukuhanjiswa, okudlala indima ebalulekileyo kwintsimi ye-imaging ye-spectral kunye nohlalutyo. Ingxoxo enzulu kunye nokubonakaliswa kwezi teknoloji zimbini ziya kuzisa olona lwazi lubalaseleyo kubaphulaphuli, ukukhuthaza ukutshintshiselana ngamava ngaphakathi kweshishini, kunye nokwabelana ngeziphumo zophando zamva nje.
Ixesha lokuposa: Mar-25-2024