Muna amfani da kukis don inganta ƙwarewar ku. Ta ci gaba da bincika wannan rukunin yanar gizon, kun yarda da amfanin kukis ɗinmu. Ƙarin bayani.
Taimaka wa hanyoyin matsa lamba na iya taimakawa lafiyar ɗan adam da fahimtar hulɗa da mutum-kwamfuta. Yunkurin suna ci gaba don ƙirƙirar na'urori masu auna wakilai tare da ƙirar na'urar ta duniya da kuma jin daɗi zuwa matsananciyar damuwa.
Bincike: Sauyawa Dogaro Dogaro da Kasuwanci na Kasuwanci wanda aka fassara shi dangane da Nanfinyylideene tare da 50 rajis. Hoto Kudi: Afirka na Afirka / Hufftrasttock.com
Wani labarin da aka buga a cikin Jaridar Npj m toptomp m suna ba da rahoton matsin lamba na yadudduka ta amfani da yadudduka polythyldene (PVDF) Weft yarns. Ayyukan da ke tattare da ke da matsin lamba na matsin lamba dangane da matakin matsin lamba dangane da tsarin saƙa a kan sikelin zane na kimanin mita 2.
Sakamakon yana nuna cewa m na matsin lambar firikwensin na amfani da gyaran giyar 2/2 shine 245% sama da na zane 1/1. Bugu da kari, ana amfani da fasfofi daban-daban don kimanta ayyukan masana'antu, gami da juyawa, matsi, wrinkling, wrinkling, da kuma motsi dabam-dabam. A cikin wannan aikin, firikwensinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinsinace-iri na nama tare da firikwensin pixray na nuna tsayayyen halaye da manyan hankali.
Rice. 1. Shiri na zaren PVDF da kayan masana'antu masu yawa. A zane na tsarin da aka yi amfani da 50-butter electrospinning da aka yi amfani da shi don samar da matakai na Pvdf nanufibers, da matakai na tagulla ana shirya su a cikin filayen amarya uku daga filayen filaye huɗu. B STEM Hoto da rarraba diamita na yawan zaruruwa na PVDF. C SEM kamshi na yarn hudu. D tenarfin ƙarfi da iri a cikin hutu na wani yanki-ply a matsayin aikin karkatarwa. E x-ray rarrabuwar tsarin yaran da aka tsara na yaran da ke nuna ofan Alpha da beta. © Kim, DB, Han, J., Ran, J., Choi, BK, Park, SJ, H. R et al. (2022)
Darajojin Robots masu hankali da kayan aikin lantarki mai ban sha'awa sun ba da damar sababbin na'urori da suka fi ƙarfin lantarki, masana'antu, da magani suna da sauri.
Piezoeleccriciity cajin lantarki ne da aka samar akan kayan da aka tilasta wa matsanancin damuwa na inji. Piezoeleccricial a cikin kayan asymmetric yana ba da damar haɗi mai jan hankali tsakanin matsanancin damuwa da cajin lantarki. Saboda haka, lokacin da aka ƙazantar da kayan abu na zahiri, an kirkiro cajin wutar lantarki, kuma akasin haka.
Na'urorin Piezoelectric na iya amfani da asalin injin kyauta don samar da madadin tushen wayewar kayan lantarki don abubuwan haɗin lantarki waɗanda ke cinye karancin iko. Irin nau'in kayan da tsarin na'urar sune mahimman sigogi don samar da na'urorin taɓawa dangane da bututun lantarki. Baya ga babban kayan lantarki na lantarki, an kuma bincika kayan masarufi na kayan masarufi a cikin na'urorin da muke da shi.
Polymers sarrafa zuwa nanfiibers ta hanyar lantarki ana amfani dashi azaman na'urorin ajiya na PiEZEECEClric Makamashi. Paulieclectric polymer Nanfibers sauƙaƙe ƙirƙirar tsarin kirkirar kirkirar tsarin don aikace-aikacen da ya dace ta hanyar samar da ƙarni na inji a cikin mahalli da yawa.
A saboda wannan dalili, ana amfani da piisrers Piezoeclectric sosai, gami da PVDF da abubuwan da ke da shi, waɗanda suke da ƙarfi peezoeclecicity. Wadannan fibers na PVDF suna jawowa da saki cikin yadudduka don aikace-aikacen PiEZEECleClections ciki har da na'urori da janareta.
Hoto na 2. Manyan yanki na kyallen takarda da kaddarorinsu na jikinsu. Hoton babban abu 2/2 WePt har zuwa 195 cm x 50 cm. B hoton hoton 2/2 Wewer wanda ya ƙunshi ɗayan pvdf weft tare da sansanonin dabbobi biyu. C Modulus da iri a karya sassa daban-daban tare da 1/1, 2/2 da 3/3 Wews gefuna. D shine kusurwar rataye don masana'anta. © Kim, DB, Han, J., Ran, J., Choi, BK, Park, SJ, H. R et al. (2022)
A cikin aikin yanzu, masu samar da masana'antu dangane da filayen PVDF an gina shi ta amfani da tsarin sama da 50-jet na lantarki, inda ake amfani da su na nanoFiber na lantarki ta amfani da bel mai karɓar bel. Tsarin saƙa da aka kirkira ana amfani da shi ta amfani da yarn na dabbobi, ciki har da 1/1 (a fili), 2/2 da kuma Ribts na 2/2 da 3/3 Wew Riko.
Aikin da ya gabata ya ba da rahoton amfani da jan ƙarfe na fiber jeri a cikin hanyar da aka haɗa da taguwar tagulla a kan Dandalin tattara. Koyaya, aikin na yanzu ya ƙunshi sandunan ƙarfe na ƙarfe na layi ɗaya don taimakawa daidaita ƙirar wuta da caji a farfajiya a cikin fiber na tagulla.
Ba kamar yadda aka bayyana abubuwan da ke da hankali ko Pizoressive Penersors ko Pi0zoressive Sensor da ke ba da sanarwar da yawa na shigar da bindiga daga 092 zuwa 694 694 Newtons. Bugu da kari, firikwensin 'yan fashi na masana'antar da aka gabatar sun rike 81.3% na asali shigar bayan da aka yi amfani da wanke-hudu, yana nuna karkowar firikwensin.
Bugu da kari, kyawawan dabi'un kimantawa na wutar lantarki da na yanzu na 1/1, 2/2, da 3/3 Rabin Rib / n zuwa 2/2 da kuma kararrawa 2/2 3 Wewals mai kula da 245% ya nuna muni ga 245% mafi girma don waɗannan masu aikin kula da matsin lamba, bi da bi, idan aka kwatanta da "Sendensor 24/1.
Rice. 3. Expedirƙiri aikace-aikacen cikakken yanayin matsin lamba. Misali na mai amfani da makami mai zurfi wanda aka sanya daga kayan masana'anta na 2/2 da aka shigar a ƙarƙashin electrodes biyu na ganowa (kawai a ƙasa yatsun kafa) da motsi na diddige. B dabara wakilcin kowane mataki na mutum matakai a cikin tafiya tsari: delling saukowa, Grounding, Toe Tuntuɓi da Kai tsaye. Alamar fitowar ta CD ta Cutar C a cikin matakan fitowar ta CIGABA DA AKE NASARA don bincike na Gin da D Amfani da sigina na lantarki da ke hade da kowane lokaci na gaibi. e Cateirƙira na cikakken lafuffancin ƙwayoyin cuta tare da tsararren ƙwayoyin pixangular na biyu tare da layin ƙwayoyin cuta na layin ganowa don gano sigina na mutum daga kowane pixel. F a taswirar 3D ta hanyar lantarki da aka kirkira ta hanyar latsa yatsa akan kowane pixel. An gano sigina na lantarki a cikin yatsan yatsa, kuma ba sigina ne na gefe a wasu pixels, tabbatar da cewa babu crossalk. © Kim, DB, Han, J., Ran, J., Choi, BK, Park, SJ, H. R et al. (2022)
A ƙarshe, wannan binciken yana nuna babban ƙwayar ƙwayar ƙwayar ƙwayar ƙwayar ƙwayar ƙwayar ƙwayar cuta mai zurfi mai zurfi wanda ya haɗa pvDf NanoFiber PVDF NanoFiber Piezercercinicis. An ƙera na'urori masu auna firikwensin da yawa daga 0.02 zuwa 694 Newtons.
Huzzles wadanda aka yi amfani da su a kan injiniyar da ke haifar da wutar lantarki guda ɗaya, kuma ana samar da matatar tasirin mat na nanolibers mai karfafa amfani da kararraki na jan ƙarfe. A karkashin matsawa mai wucewa, da kerarre 2/2 Weftem Hemric ya nuna matuƙar yanayin 83 na MV / N, wanda shine kusan 24/1 Wefter Remric.
The proposed all-woven pressure sensors monitor electrical signals by subjecting them to physiological movements, including twisting, bending, squeezing, running and walking. Bugu da kari, wadannan bangarorin matsin lamba na masana'anta suna da kama da yadudduka na zamani dangane da karkara, yana riƙe kusan 81.3% na ainihin amfanin su 5. Bugu da kari, da masana'antun nama firikwensin yana da tasiri a cikin tsarin kiwon lafiya ta samar da siginar lantarki dangane da cigaban da mutum ke tafiya.
Kim, DB, Han, J., RAN, SM, Choi, BK, Park, SJ, HR, et al. (2022). Fabrica PazieCtric Sensor Andlevospun polyvosylideene M lantarki NPJ. https://www.nathe.com/articles/S41528-022-002-6.
Discaler: ra'ayoyin da aka bayyana anan sune na marubucin a cikin ikon sa kuma su zama ba dole ba ne yin la'akari da ra'ayoyin Azom.com iyaka t / Azonetork, mai shi da kuma atomatik wannan gidan yanar gizon. Wannan damuwar wani bangare ne na sharuɗɗan amfani da wannan gidan yanar gizon.
Bhavna Kaveti wani marubuci ne na kimiyya daga Hyderabad, India. Tana riƙe MSC da MD daga Cibiyar Fasahar Fasaha, India. A cikin Orgistister Chemistry daga Jami'ar Guanajuato, Mexico. Aikinmu yana da alaƙa da ci gaba da haɓaka kwayoyin kwayoyin halittu dangane da heerhocycles, kuma tana da gogewa a cikin mahimmin mataki da kuma kayan haɗin da yawa da kuma kayan aikin da yawa. Yayin bincikenta na Doctoral, ta yi aiki a kan hanyar haɗarin heterocy-da yawa da kuma an yi tsammanin za su sami damar ci gaba da ayyukan aikin nazarin halittu. Yayin rubuta litattafan rubutu da takaddun bincike, sai ta ɗauki sha'awar rubutun da sadarwa ta kimiyya.
Rami, buffner. (Agusta 11, 2022). Cikakken fitattun labaran smeror da aka tsara don sa ido ga lafiya. Azonano. Ya dawo da Oktoba 21, 2022 daga https://www.azonano.com/news.ask?aspxwed=39544.
Rami, buffner. "An tsara tsarin shakatawa na kowane nama wanda aka tsara don saka idanu na kiwon lafiya mai wuya". Azonano.21 ga Oktoba, 2022.21 ga Oktoba, 2022.
Rami, buffner. "An tsara tsarin shakatawa na kowane nama wanda aka tsara don saka idanu na kiwon lafiya mai wuya". Azonano. HTTPS://www.azonano.com/news.ask?aspxwnesid=39544. (Kamar na 21 ga Oktoba, 2022).
Rami, buffner. 2022. Dukkanin hanyoyin matsin lamba na zane-zane sun tsara don sa ido don sa ido na lafiya. Azonano, ya isa 21 ga Oktoba 2022, https://www.azonano.com/neews.aswnod=39544.
A cikin wannan hirar, Azonano ya tattauna da Farfesa André Nan game da wani sabon binciken da yake da alaƙa da cewa "gilashin kumfa" nanocarrier shigar da kwayoyi masu rauni.
A cikin wannan hirar, Azonano ya tattauna da Sarkin Berkeley ta Sarki Kong Kong F game da fasahar da aka bayar na Nobel, taptical heezers.
A cikin wannan tattaunawar, muna magana da fasaha ta amfani da Skywerwert game da jihar masana'antar Skywectory, Yadda Nanotechnology yake taimakawa wajen tsara masana'antar, da sabon kawancensu.
Inoveno pe-550 shine mafi kyawun siyar da lantarki / fesawa don ci gaba da samarwa na Nanofiber.
Sanarwa R54 Adireshin takardar tsayayya da kayan aiki don semicondutector da kuma wafers wafers.