nano-titanium nitride/ nano TiN 20nm 99.9%
Astaamaha ugu muhiimsan ee nano-titanium nitride ultrafine titanium nitride budada loo diyaariyey iyada oo loo marayo hab gaar ah, daahirsanaan sare, qaybinta size qayb yar yar, aagga dusha weyn, dhaqdhaqaaqa dusha, nitrogen qani ah (> 35%), heerkulka sare, iska caabin oksaydhka, adkaanta sare, nuugista aad u fiican ee infrared waxqabadka (80%), gaashaanka UV wuxuu ka weyn yahay 85% waxaa lagu dabaqi karaa dusha sare ee dahaarka dahaarka iyo xuubka dhoobada baabuurta, kuleylka kuleylka iyo saameynta heerkulka. Maaddadu waxay leedahay koronto wanaagsan oo koronto ah, waxaa loo isticmaali karaa sida electrodes electrolysis milix ah oo dhalaalaysa iyo xiriirada korantada iyo qalabka kale ee wax lagu dhaqo, dhoobada adag ee adag iyo sidoo kale heerkul sare oo heerkul ah oo qaab dhismeedka, saameyntu aad bay u fiican tahay.
1. Caaga lagu dabaqay alaabta baakadaha ee nano-titanium nitride barrier waxay xallisaa sifooyinka huruudda ah ee codsiga: isku dhafka tiknoolajiyada nano-TiN, Nano-TiN iyo resin composite si ay u sameeyaan walxo isku dhafan, nanoparticles-kan ayaa awooday inay xannibaan farqiga molecular, faafinta gaaska way adag tahay in la dhex galo, taas oo kor u qaadaysa sifooyinka xannibaadda ee resin, caag ah. Ku darida tirada nano-materials waa mid aad u yar, maaddadan waxaa si toos ah loogu dabaqi karaa habka kala duwan ee jira, uma baahna in la cusbooneysiiyo qalabka. Ku dar saamiga mid ka mid ah toban kun ee Du waxay dammaanad qaadi kartaa hufnaan, muuqaalka polyester-ka cad, guryaha xannibaadda ayaa kordhay in ka badan 8 jeer, sababtoo ah maadada nitrogen ee sare ee nitride titanium, titanium nitride kala firdhiyey slurry waa buluug khafiif ah oo aan ku darin midab kasta oo dhir udgoon ah, waxay qarin kartaa polyester-ka laftiisa sifooyin jaale ah (jaalle joogto ah), yaree macmiilka si uu ugu daro tiro badan oo ah wakiilada midabaynta, si loo yareeyo kharashyada;
2. Codsiyada caaga ah ee PET: qadar yar oo nano-titanium nitride budada ah oo loo isticmaalo thermoplastics injineernimada sida PET, PA, iwm, ayaa loo isticmaali karaa sidii wakiilka nucleating crystallization si loo isticmaalo nano-titanium nitride geynta nano-ku firdhiyey ethylene glycol slurry, kala firidhsan wanaagsan ee nano-titanium nitride iyo PET injineernimada balaastikada by polymerization ee habka, si weyn u dardar gelin kartaa heerka crystallization ee balaastikada PET, samaynta u qaabaynta fudud, si loo ballaariyo baaxadda codsiga ee balaastikada injineernimada PET. Isla mar ahaantaana tiro badan oo nano-titanium nitride qayb ka mid ah iyo PET ayaa si weyn loo hagaajiyay caabbinta xidhashada, saamaynta caabbinta balaastikada injineernimada PET sababtoo ah nanometer saamaynta;
3. Codsiyada daahan kuleyliyaha sare ee kuleylka: walxaha muhiimka ah ee wax-soo-saarka kuleylka sare ee maadada nitrogen-ka ee budada nano-TiN sida loo isticmaalo heerkulka sare, ku dar qaybta horumarinta alaabta daahan oo ay diyaarisay buufinta plasma Heerka la ogaaday. waxqabadka shucaaca kulaylka si weyn ayaa loo wanaajiyey, badeecada waxaa inta badan loo isticmaalaa foornada heerkulka sare ee tamarta-badbaadinta, militariga;
4. horumarinta alaabta alxanka-free-lead, isku darka ee raad titanium nitride nanopowder daasad, lacag, copper, zinc alloy, heerkulka dhalaalaysa hoose 200 ° C, dhalin daawaha waa dheeraad ah lebis, yaraynta oxide heerkulka xal adag 30 ° C, waxay gaari kartaa heerkulka alxanka sunta rasaasta asalka ah, haddii aan sii wanaajin karno galitaanka, codsiga ugu weyn ee dhibaatada xallinta alxanka macdanta rasaasta ee jira;
5. Diyaarinta qalabka elektarooniga ah ee cagaaran ma isticmaali karo chromium iyo walxo kale oo waxyeello leh sida rasaasta, cadmium, qiimaha sare leh, isku-xidhka heerkulka sare ee wajiga dhalooyinka rasaasta, warbaahinta dhoobada cadmium, baakadaha iyo dhibaatada frit galaas waa isku-darka adag ee wejiga. Heerkulka sare, barta jilcinta sare, heerkulka sare galay foornada a awoodaan in ay ku biiraan micro titanium nitride nanopowder ka dhigi heerkulka falcelinta adag-wejiga hoose 200 ° C, xataa haddii 50 ℃ hoose, awoodaan in ay isticmaalaan qalabka nidaamka jira, waa sidoo kale horumar weyn. Titanium dioxide iyo xalkeeda adag waa ka kooban yahay qalabka elektarooniga ah, nano-qaabka hordhaca ah ee isbeddellada ayaa laga yaabaa inay faa'iido u leedahay inay keento waxqabadka; Ka kooban bromine (Br) 6-sharci wasakhaysan ayaa xaddidaya isticmaalka polymers benzene, ilaa ololka elektarooniga ah, qaybo caag ah oo qalfoofka qolof ah ayaa dhibaato ku ah caagadaha injineernimada si loogu daro qadar yar oo ah silicon nitride, silicon carbide, titanium nitride, carbide titanium nanopowder , ma aha oo kaliya in la kordhiyo xoogga farsamada, xirashada, kulaylka iyo guryaha kale, sida beddelka ay ku jiraan sifooyinka holac bromine, codsiga polymers organic waa horumar weyn; Qaybaha kale ee codsiga: in nanocomposite qalabka goynta adag, carbide, heerkulka sare alaabta conductive dhoobada, qalabka u adkaysta kulaylka, kala firdhiyey qalabka xoojisay, waxaa lagu dabaqi karaa in kicinta electrode unugyada shidaalka, anti-static wax iyo dhoobada conductive .
| Alaabooyinka waa la kala saaray | Qaabka | Celceliska cabbirka walxaha (nm) | daahir (%) | Aagga dusha gaarka ah (m2/ g) | Cufnaanta weyn (g/cm3) | Polymorphs | Midabka |
| Nanoscale | TiN-001 | 20 | >99.9 | 60.2 | 0.12 | Cube | Madow |
| Submicron | TiN-002 | 700 | > 99.8 | 10.0 | 2.30 | Cube | Jaalle cirro leh |
| Nooca Nitrogen-ka hodanka ah | TiN-003 | 700 | > 99.8 | 10.6 | 2.30 | Cube | Jaalle |
| 1. | nano-silicon nitride / nano Si3N4 20nm 99.9% |
| 2. | nano-aluminium nitride / nano AlN 30nm 99.9% |
| 3. | nano-titanium nitride / nano TiN 20nm 99.9% |
| 4. | nano boron nitride / nano BN 50nm 99.9% |
| 5. | nano-zirconium nitride / nano ZrN 50nm 99.9% |
| 6. | nano vanadium nitride / nano VN 40nm 99.9% |
