Laser Izindaba
Ukulawula Ukushisa Okunembile Kwezinhlelo Ze-Laser Nezicelo Zezimboni Kusukela ngo-2002
Ulimi
I-Microsoft Research yembule i-"Project Silica" eyisisekelo ehlose ukuthuthukisa indlela eco-friendly isebenzisa ama-lasers asheshayo ukugcina idatha eningi ngaphakathi kwamaphaneli engilazi. Ifaka isikhathi eside sokuphila, umthamo omkhulu wokugcina, kanye nomthelela omncane kwezemvelo, okuzosetshenziswa kabanzi ukuletha ukunethezeka okukhulu.
I-Microsoft Research yembule isisekelo"Iphrojekthi Silica" lokho kuthumele amagagasi omhlaba emhlabeni wonke. Empeleni, le phrojekthi ihlosesungula indlela ye-eco-friendly usebenzisa ama-laser asheshayo ukugcina inani elikhulu ledatha ngaphakathi kwamaphaneli engilazi. Njengoba sazi kahle, ukugcinwa kanye nokucutshungulwa kwedatha kunemithelela ebalulekile yendawo ezungezile, namadivayisi okugcina endabuko afana nama-hard disk drive nama-optical discs adinga ugesi ukuze ugcinwe futhi ube nokuphila okulinganiselwe. Ekubhekaneni nodaba lokugcinwa kwedatha, iMicrosoft Research, ngokubambisana neqembu lemali egxile ekuqhubekeleni phambili i-Elire, isiqalile. Iphrojekthi Silica.
Ngakho-ke, isebenza kanjani i-Project Silica?
Ekuqaleni, idatha ibhalwa kumaphaneli engilazi kusetshenziswa i-ultrafast femtosecond lasers. Lezi zinguquko zeminithi zedatha azibonakali ngeso lenyama kodwa zingafinyelelwa kalula ngokufunda, ukuqopha, nokulotshwa kusetshenziswa isibonakhulu esilawulwa ngekhompuyutha. Amaphaneli engilazi agcina idatha abe esefakwa "emtatsheni wezincwadi" osebenza kancane ongadingi ugesi, okunciphisa kakhulu ukukhishwa kwekhabhoni okuhlobene nokugcinwa kwedatha yesikhathi eside.
Mayelana nemvelo emisha yale phrojekthi, u-Ant Rowstron, unjiniyela we-Microsoft Research wachaza ukuthi isikhathi sokuphila sobuchwepheshe kazibuthe silinganiselwe futhi i-hard drive ingahlala cishe iminyaka engu-5-10. Uma umjikelezo wayo wempilo usuphelile, kufanele uwuphindaphinde esizukulwaneni esisha semidiya. Eqinisweni, uma kucatshangelwa wonke amandla okusebenzisa nezinsiza, lokhu kuyakhathaza futhi akusimameki. Ngakho-ke, bahlose ukuguqula lesi simo nge-Project Silica.
Ngaphezu komculo namamuvi, le phrojekthi inezinye izimo zohlelo lokusebenza. Isibonelo, u-Elire usebenzisana ne-Microsoft Research ukusebenzisa lobu buchwepheshe kwi-Global Music Vault. Ingxenye encane yengilazi e-archipelago yase-Svalbard ingamumatha idatha engama-terabytes ambalwa, eyanele ukugcina izingoma ezingaba yizigidi ezingu-1.75 noma iminyaka engu-13 yomculo. Lokhu kuphawula isinyathelo esibalulekile sokugcina idatha esimeme.
Nakuba isitoreji sengilazi singakalungeli ukuthunyelwa ngezinga elikhulu, kubhekwa njengesixazululo esimeme sezentengiselwano esithembisayo ngenxa yokuqina kwayo nokusebenza kahle kwezindleko. Ngaphezu kwalokho, izindleko zokulondoloza ezinyathelweni zakamuva "ziyoba ncane." Kudinga kuphela ukugcina lezi zindawo zokugcina idatha yengilazi ezindaweni ezingenamandla. Uma kudingeka, amarobhothi angakhuphuka emashalofini ukuze awakhiphe ukuze enze imisebenzi elandelayo yokungenisa.
Ngokufigqiwe,I-Project Silica isinika indlela entsha, evumelana nemvelo yokugcina idatha. Akukhona nje ukuthi inokuphila isikhathi eside kanye nomthamo omkhulu wokugcina, kodwa futhi inomthelela omncane wemvelo. Sibheke ngabomvu ukubona lobu buchwepheshe busetshenziswa kabanzi esikhathini esizayo, buletha ukunethezeka okukhulu ezimpilweni zethu.
I-TEYUi-laser chiller esheshayo inikeza ukwesekwa okupholisa okusebenzayo nokuzinzile kwamaphrojekthi we-laser we-picosecond/femtosecond, ithuthukise ngempumelelo ikhwalithi yokucubungula nokwandisa isikhathi sokuphila kwemishini. Sibheke phambili ekusaseni lapho ama-laser chiller we-TEYU angasetshenziswa ukuze kubhalwe idatha engilazini eduze kwalobu buchwepheshe obusha obusha!
.
I-TEYU S&A I-Chiller yasungulwa ngo-2002 ineminyaka engu-22 yesipiliyoni sokukhiqiza okupholile, futhi manje isibonwa njengephayona lobuchwepheshe bokupholisa kanye nozakwethu onokwethenjelwa embonini ye-laser.
Copyright © 2021 TEYU S&A Chiller - Wonke Amalungelo Agodliwe.
