Jilin 11 Technology Co.,Ltd
Jilin 11 Technology Co.,Ltd
Jilin 11 Technology Co.,Ltd
Jilin 11 Technology Co.,Ltd
Jilin 11 Technology Co.,Ltd

Qeybaha wax soo saarka

NAGU SAABSAN

Waqtigan xaadirka ah, isticmaalka badeecooyinka shirkadaheena ayaa daabacay wax ka badan 400 waraaqo. 11 Teknolojiyad Co., Ltd ayaa u adeegta in kabadan 400 oo xarumaha cilmi-baarista adduunka oo dhan. Saddexda shir ee MXEne ee lagu qabtay Shiinaha ayaa dhammaantood kafaala qaaday 11 tikniyoolajiyad CO., Ltd sida alaabada alaab-qeybiyeyaasha. Shirkadda waxay leedahay in kabadan 50 alaab, alaabooyin cusub ayaa sidoo kale ku jira horumar. "11" waxaa loo hibeeyay horumarinta dhalashada...

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Jilin 11 tikniyoolajiyad ah Co., Ltd

Xarunta Waxsoosaarka

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Wararkii ugu dambeeyay

Jaamacadda Yonsi ee dhawaan ayaa daabacday maqaal cilmi baaris ah "oo dareemaya Mxenes

Jaamacadda Yonsee ee ayaa dhawaan daabacan maqaal cilmi baaris ah "oo ku dareensan Mxenes:" In ay kujiraan joornaalka caalamiga ah ee caanka ah. Horumarka iyo rajada ", qaab dhismeedka laba-geesoodka ah ee Mxe wuxuu fududeeyaa shaqaalaynta kooxeedyo badan oo dhammaad ah, oo bixiya tiro badan oo ah xargaha xasaasiga ah ee xasaasiga ah ee dhiirigelinta kaladuwan ee dibedda. Intaas waxaa sii dheer, kala-guurka sare ee MxEnes-ka ayaa ah ku habboon in lagu gaaro jawaabaha dareenka dhawaqa ee dhawaaqa dhawaqa. Sidaa darteed guryahaasi waxay soo jeedinayaan in MENENEs ay tahay mid aad u ballanqaad badan oo xaddidan oo xadidan, xadka ogaanshaha ee aadka u yar (LOD) iyo tirada ugu yar ee lagu ogaanayo codsiyada dareeraha kaladuwan ee dareeraha kaladuwan. Ugu dambeyntii, ee Mxenes-ka ayaa u qalma diyaarinta u diyaar garowga bey'adda u diyaarinta deegaanka; sidaa darteed, waxay u qaybsan yihiin saqafkan, qaybta koowaad: Horumarinta MESOR-ka; Qeybta labaad: Syntelsis iyo Hantida Mxe ; Qaybta III: Codsiyada dareenka MXxe (3.1 dareemayaasha kiimikada; 3.2 Biosenensor; 3.3 dareemayaasha jirka).

21 September-2023

Dulmarka guud ee dareemayaasha Mxe

MXEE waxaa tixgeliya waxyaabo badan oo cilmi baaris ah oo ay noqdaan wax kacaan 2D ah. Gaar ahaan duurka dareemayaasha, wajahda sare ee korantada iyo aagga weyn ee biraha waaweyn ee Mxenes-sida biraha oo kale waa astaamo ku habboon oo ka gudbi kara xuduudaha tikniyoolajiyadda dareemayaasha jira. Dib-u-eegida ujeedkan ayaa bixisa dulmar guud oo ku saabsan horumarka tikniyoolajiyadda ugu dambeeyay ee Mxe-ku-saleysan, iyo sidoo kale Qorshe-hawleed loogu talagalay hungcalial-ka-dhismeedka ku saleysan Mxe-ku-saleysan. Dareemayaasha jira ayaa si nidaamsan u kala qaybiya dareemayaasha kiimikada, dareemayaasha noolaha iyo dareemayaasha jirka. Qeyb kastaa waxay u qaybsan tahay qayb hoosaadyo kaladuwan oo lagu xirayo afarta habaysan ee shaqada ee aasaasiga ah ee dareeraha, oo ah, korantada, korantada, farsamada korantada, qaab dhismeedka dareenka ama qaab dhismeedka indhaha. Wakiilka qaab dhismeedka iyo korontada ayaa loo soo bandhigayaa si loo wanaajiyo waxqabadka qayb kasta. Ugu dambeyntiina, qodobbada carqaladeeya ganacsiga ee dareemayaasha Mxe ayaa laga wada hadlayaa, oo dhowr guul ayaa loo soo jeedinayaa in la garto kontaroolka dareenka Mxele ee dareemayaasha Mxe. Dib-u-eegiddani waxay bixisaa aragtiyo ballaaran oo ku saabsan tikniyoolajiyadda hore iyo kuwa ku saleysan Mxe ee ku saleysan Mxe-ga, iyo sidoo kale himilo loogu talagalay jiilka mustaqbalka ee qiimaha, waxqabadka sare, iyo dareemayaasha badan ee barnaamijyada elektiroonigga ah ee kombiyuutarka.

21 September-2023

Sidee loo sameeyay kaarboon-ka-qaadeyaasha ugu sarreeya ee arrinta ugu sareysa ee 2023 ay sameeyaan

Karbotabes-ka nanotubes, oo ah mid ka mid ah qalabka ugu matalaya ee ku jira karbaasha kaarboon nanomaterials, ayaa si aad ah loo bartay wax ka badan 30 sano, iyo natiijooyinka aan la tirin karin ayaa ka soo ifbaxay joornaalka sare ee 2023. Bishii Janaayo 26, 2023, dabiiciga ah ee dabiiciga ah ayaa sheegtay in arjiga loo adeegsado Energy Parkers. Qalabka wuxuu adeegsadaa fidinta si uu u noqdo cufnaanta uu ka mid ah Suuqtuurka Isbedelka, taasoo keenta in uu hadda ku jiro wareegga, kaasoo ku beddela tamarta farsamada tamarta korantada. Cilmi baadhayaashu waxay diyaariyeen lugta qalloocan ee CNT iyagoo wax ka beddelaya qaabka qalloocinta ee wareegga isku-darka ah si loo wareejiyo qaabka maroojinta. Arrimaha farsamada ee ku saleysan tamarta ee ku saleysan CNT Yarns ayaa wanaajiyey tamar-tayeynta tamarteeda laga bilaabo 7.6% ilaa 17.4% (fidinta) iyo 22.4% (maroojinta). Goynta tamarta ee beenta ah inta u dhaxaysa 2 iyo 120 Hz, sicirkan qalloocan ee lammaanaha ah ayaa leh awood sare oo sare iyo awood dhexdhexaad ah oo ka badan goos goos goos goos goos goos ah oo aan la soo sheegin. Bishii Febraayo 9, 2023, agabyada tamarta ee horumarsan ayaa sheegay in cilmi-baarayaashu ay adeegsadeen istiraatiijiyad is-urursadeen xuubka isku-darka ah si ay u siiyaan xuubka asaasiga ah si ay u bixiyaan xuubka Xasiloonida nidaamyada batari ee RT / NA-S. Sababta oo ah ficilka syrenergistics ee hydroxnafthol buluug (HB) iyo nanotubes-ka badan ee lagu ruxeeyey Ku dhawaad ​​4 jeer oo ka mid ah xuubka faylalka galaaska galabka ah. Marka laga soo tago warbixinnada kor ku xusan, Deegaanka lagu dabaqay B: Deegaanka ayaa soo sheegay in la adeegsado canotubes kaarboon-ka ah ee batariyada zincyin-ka, iyo isu-dhigga ceyriska ee korantada ee ah in tiro ka mid ah qodobbada isku xigta ee Febraayo, iyo nanotubes-ka nanotubes-ka Joornaalada ugu sarreeya ee kala duwan, oo muujinaya booskooda duurka ee nanomaterials. Sidee loo sameeyay kaarboon-ka-qaadeyaasha ugu sarreeya ee arrinta ugu sareysa ee 2023 ay sameeyaan

21 September-2023

Xadgudubka birta ee kala-guurka waxaa ka mid ah kala-guurka

Xadgudubka birta ee kala-guurka waxaa ka mid ah Hydroxiderka birta ee kala-guurka, oxides, sulsades, fosfooras, iyo allyos. Molybdenum waa bir kala-guurka ee NRR, iyo dhismayaal dhowr molikal ah oo ku saleysan molybdenum synthesis amyonia, sida molybdem culdhide, oo loo isticmaali karo jawaab-celinta NRR, oo ay ugu badan yihiin si ballaaran loo soo saaray. Cidhifka Mos2 waa goobta firfircoon ee falcelinta elektiroonigga ah waxaana loo isticmaali karaa in lagu isticmaalo elektrocatutulingelm NRR. Intaas waxaa sii dheer, waxyaabaha Mxenes waxay leeyihiin guryo farsamo oo wanaagsan iyo dhul ballaaran oo waaweyn, iyo wadooyinkooda korantada iyo goobaha firfircoon ee dusha sare ee dusha sare ee dusha sare ee salka lagu ciyaaro horumarka elektaroonigga ah. Qalabka MXEne ayaa la muujiyey inay waxtar u leedahay elektaroonigga ah ee ku saabsan jawaab celinta / OER / Orr / Orr. Xadgudubka birta ee kala-guurka waxaa ka mid ah Hydroxiderka birta ee kala-guurka, oxides, sulsades, fosfooras, iyo allyos. Molybdenum waa bir kala-guurka ee NRR, iyo dhismayaal dhowr molikal ah oo ku saleysan molybdenum synthesis amyonia, sida molybdem culdhide, oo loo isticmaali karo jawaab-celinta NRR, oo ay ugu badan yihiin si ballaaran loo soo saaray. Cidhifka Mos2 waa goobta firfircoon ee falcelinta elektiroonigga ah waxaana loo isticmaali karaa in lagu isticmaalo elektrocatutulingelm NRR. Intaas waxaa sii dheer, waxyaabaha Mxenes waxay leeyihiin guryo farsamo oo wanaagsan iyo dhul ballaaran oo waaweyn, iyo wadooyinkooda korantada iyo goobaha firfircoon ee dusha sare ee dusha sare ee dusha sare ee salka lagu ciyaaro horumarka elektaroonigga ah. Qalabka MXEne ayaa la muujiyey inay waxtar u leedahay elektaroonigga ah ee ku saabsan jawaab celinta / OER / Orr / Orr.

21 September-2023

Waxyaabaha aan caadiga ahayn ee aan caadiga ahayn badanaa waxaa ka mid ah kaarboon-ku-saleysan

Soo-saareyaasha aan caadiga ahayn ee aan ahayn inta badan waxaa ka mid ah kuwa ku saleysan kaarboonka ku saleysan iyo qaar ka mid ah boron iyo fosfooraska ku saleysan fosfooraska. Caadi ahaan, xargaha kaarboon-salka ku saleysan waxay leeyihiin qaab-dhismeed adag iyo dhul dusha sare ah, kaas oo fududeeya soo-gaadhista goobo firfircoon oo sii kordhaya waxayna siisaa kanaalo hodan ah oo loogu talagalay boroton iyo gaadiid elektiroonig ah. Oksijiin kala duwan oo ka kooban kooxo firfircoon iyo cilladaha qaarkood ee dusha sare iyo geeska garaafka garaafyada ayaa ka dhigaya guryo koronto oo kaladuwan iyo nashaadaadyo ka duwan. Baarayaasha waxay adeegsadaan wax-ka-habeynno kiimikaad oo kala duwan iyo habab isku xirayaal kiimiko ah si ay wax uga beddelaan qaybaha kale ee faa'iido leh ee kooxaha dusha sare ee tagaya si ay u diyaariyaan nooc cusub oo elektrocataly ah. Isticmaalka garaafyada oo ah substrate, cilmi baadhayaashu waxay ogaadeen in hal abuurka boron iyo nitrogen atoms-ka '' Lakabyo yar oo ah lakab oo ah fosfooraska madow ee nanoshoous waxay leeyihiin nashaadyo wanaagsan iyo xulasho u leh NRR oo sababtoo ah goobo firfircoon oo firfircoon oo daciif ah iyada. Ka mid ah kuwa kor ku xusan ee ka mid ah saddexda nooc ee elektrocatys, laba-cabbir-dhuuq gacmeed nanosheet abssar abs ayaa si balaadhan loogu isticmaalaa duurka casaariska. Astaamaha dhulka dushiisa ee gaarka ah, tiro badan oo ah goobo firfircoon oo la soo saaray, iyo qaab dhismeedka aan xirnayn ayaa ka dhigaya inay leeyihiin faa iidooyin dabiici ah oo dabiici ah. Laba-cabbir hal-cabbir hal-cabbir ah oo ku saleysan agab laba-cabbir ah ayaa sidoo kale ah hoteel cilmi baaris ah oo ku jira elektrocatichicy.

21 September-2023

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