Wannan fasaha tana bamu damar lanƙwasa da shimfiɗa lu'u-lu'u, ɗayan mahimman kayan aiki don aiki tare dasu a Duniya.

diamante

Mutane da yawa mutane ne waɗanda, lokacin da suke magana game da su DiamondsSuna tunanin waɗancan lu'ulu'u masu tamani na darajar tattalin arziƙi wanda mawadata a duniya ke sanyawa. Ba duk wannan ba, gaskiyar ita ce cewa amfani da lu'ulu'u ya ƙaru misali ga kayan aikin biosensing, isar da magani, rumbun kwamfutoci masu zuwa na gaba, na'urori masu ƙwarewa har ma da saurin nanostructures.

Ofaya daga cikin kyawawan halayen da lu'ulu'u yake dashi shine taurinsu, ba a banza ba shine ɗayan mawuyacin ma'adanai mafi wuya a duniya. A lokaci guda, muna kuma magana game da ɗayan kayan mafi ban sha'awa yayin aiki tare da ita, rashin alheri kuma daga cikin rashin dacewar da muke da shi yayin tsara siffofin shi shine yana da laushi sosai, aƙalla har zuwa yanzu inda ƙungiyar masu bincike suka gudanar don nuna cewa, a wata hanya, lu'ulu'u na iya lanƙwasa da miƙa shi.

ninka lu'ulu'u

Wani rukuni na masu bincike sun kirkiro wata dabara ta lankwasa da shimfida lu'ulu'u

Dangane da aikin da aka buga a hukumance, a bayyane yake, idan muna aiki tare da Nano allura mai siffar lu'u-lu'u, halaye na kayan zasu ba shi damar lanƙwasawa da miƙa shi har zuwa kashi 9 cikin ɗari, halayyar da ke sama da daidaitaccen kashi 1 cikin ɗari wanda wannan abu yake gabatarwa a cikin babban tsari.

Kamar yadda daki-daki, gaya muku cewa sauki hujja na Sanin tabbas cewa allurar nano na lu'u lu'u suna da wannan ƙarin lalataccen zai iya taimakawa da yawa a kowane fanni. Daga cikin misalan da masu binciken da ke kula da ci gaban wannan aikin za su zazzage, muna magana ne game da ci gaban da ya fara daga isar da magunguna zuwa kwayoyin halittar kansa zuwa mahimmancin inganta ƙirar na'urorin zamani da aka keɓe don adana bayanai.

allurar nano

Don lanƙwasa da shimfiɗa lu'u-lu'u, dole ne a yi amfani da tsarin shigar da tururin sunadarai

Don tabbatar da cewa lu'ulu'u na iya shimfidawa har ma ya lanƙwasa tare da ɗan sauƙi, masu binciken sunyi amfani da tsarin sunadarai na shigar tururi don iya ƙirƙirar halayen sunadarai wanda za'a iya samarda kayan shafawa na kayan a ƙananan sikeli, dabarar da, akasin abin da zaku iya tunani kuma duk da cewa mai rikitarwa ce, yau ana amfani da ita don ƙera abubuwa da yawa a cikin filin lantarki na yanzu. .

Kamar yadda malamin yayi tsokaci Ming Da, daya daga cikin membobin kungiyar MIT mai kula da bunkasa aikin:

Abin mamaki ne sosai ganin yadda nakasassu na lu'ulu'u nanoscale zai iya jurewa.

Amfani da wannan tsari, an samar da ƙananan allurar lu'u-lu'u wanda ya wuce sama da ƙananan micron biyu a girma. Waɗannan allurar an tura ta daga ƙarshen lu'u lu'u kuma an bincika su da microscope na lantarki. Bayan aiwatar da gwaje-gwajen gwaji daban-daban da samfurin komputa cikakke, ƙungiyar masu binciken sun iya tantance ainihin abubuwan fashewar kayan.

m lu'u-lu'u

Akwai fannoni da fasaha da yawa waɗanda zasu iya fa'ida daga wani abu mai sauƙi kamar yadda zamu iya lanƙwasa da shimfiɗa lu'u-lu'u

Hanya na gaba da za'a ɗauka tare da wannan binciken shine don fahimtar yadda da yaushe dukiyoyin lu'ulu'u suka fara canzawa kuma, sama da duka, yadda ƙarin matsa lamba ke shafar waɗannan kaddarorin. Wannan ya kamata ya sa mu fahimta ta hanya mai zurfi yadda ya kamata mu fara amfani da wannan kayan a gaba.

A cikin kalmomin Yang lu, Mai bincike a Jami'ar City a Hong Kong:

Mun haɓaka wata hanyar fasaha ta musamman don sarrafawa daidai da ƙididdige yawan damuwa mai saurin dogon lokaci a cikin samfuran nanodiamond.

Lokacin da nakasassu na roba suka wuce kashi 1 cikin XNUMX, ana tsammanin canje-canje masu mahimmanci a cikin kayan abu ta hanyar lissafin injunan inji.

Tare da nau'ikan roba masu sarrafawa tsakanin kashi 0 zuwa 9 cikin ɗari a cikin lu'ulu'u, muna sa ran ganin wasu canje-canje masu ban mamaki game da mallaka.


Abubuwan da ke cikin labarin suna bin ka'idodinmu na ka'idojin edita. Don yin rahoton kuskure danna a nan.

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