Nanocrystalline iyo ribbons amorphous waa laba walxood oo leh sifooyin gaar ah oo laga helo meelo kala duwan.Labadan xargaha ayaa loo adeegsadaa warshado kala duwan iyadoo ay ugu wacan tahay sifooyinkooda kala duwan, fahamka farqiga u dhexeeya ayaa muhiim u ah ka faa'iidaysiga awooddooda si wax ku ool ah.
Ribbon Nanocrystalline waa shay leh qaab dhismeed gaar ah oo ka kooban miro crystalline ah oo yaryar.Mirahani waxay caadi ahaan ka yar yihiin 100 nanometer cabbirkooda, iyagoo siinaya alaabta magaceeda.Cabbirka hadhuudhka yar wuxuu bixiyaa faa'iidooyin dhowr ah, sida kororka birlabeedka oo sarreeya, hoos u dhaca awoodda, iyo xasilloonida kuleylka oo la xoojiyay.Guryahaan waxay sameeyaanribbon nanocrystallineqalab aad u hufan oo loo isticmaalo transformers, inductors, iyo cores magnetic.
Qalabka birlabeedka ee la xoojiyey ee nanocrystalline ribbons waxay u oggolaanayaan hufnaan sare iyo cufnaanta awoodda beddelka.Tani waxay keenaysaa in la yareeyo khasaaraha tamarta inta lagu jiro gudbinta iyo qaybinta tamarta, taasoo keentay ilaalinta tamarta iyo kaydinta kharashka.Xasiloonida kulaylka ee la hagaajiyay ee nanocrystalline ribbons waxay u oggolaanaysaa inay u adkeystaan heerkulka sare iyada oo aan hoos loo dhigin, taas oo ka dhigaysa mid ku habboon codsiyada jawiyada warshadaha adag.
Amorphous ribbon, dhanka kale, waa walxo aan crystalline ahayn oo leh qaab-dhismeed atomic ah.Si ka duwan sida nanocrystalline ribbons,ribbon amorphoussma laha xudduudaha hadhuudhka ee la aqoonsan karo, laakiin waxay leeyihiin habayn atomic isku mid ah.Qaab dhismeedkan gaarka ah wuxuu bixiyaa ribbons amorphous leh sifooyin birlab jilicsan oo aad u wanaagsan, sida jujuub yar, magnetization saturation sare, iyo luminta xudunta hoose.
Amorphous ribbon wuxuu helay codsi baahsan oo ku saabsan soo saarista transformers tamarta sare leh, dareemayaasha birlabeedka, iyo faragelinta korantada (EMI).Sababo la xiriira luminta asaasiga ah ee hooseeya, ribbons-ka amorphous ayaa si heer sare ah ugu wax ku ool u ah u beddelashada tamarta korantada ee tamarta birlabka, taas oo ka dhigaysa inay ku habboon yihiin codsiyada tamarta soo noqnoqda.Qasabka hoose ee ribbons amorphous waxay u oggolaanaysaa magnetization fudud iyo demagnetization, taas oo yaraynaysa khasaaraha tamarta inta lagu jiro hawlgalka.
Mid ka mid ah farqiga weyn ee u dhexeeya nanocrystalline iyo ribbons amorphous waxay ku jirtaa habka wax soo saarkooda.Ribbons-ka Nanocrystalline waxaa lagu soo saaraa xoojinta degdega ah ee daawaha dhalaalka ah, oo ay ku xigto annealing kontoroolka si loo kiciyo qaab-dhismeedka crystalline ee la doonayo.Dhanka kale, xargaha amorphous-ku waxay abuurmaan iyagoo si degdeg ah u qaboojiya daawaha dhalaalaysa oo qiimahoodu malaayiin darajo ah ilbiriqsi kasta si looga hortago samaynta miraha crystalline.
Labada nanocrystalline iyo ribbons amorphous labaduba waxay leeyihiin niche u gaar ah suuqa, oo daboolaya baahiyaha warshadeed ee kala duwan.Doorashada u dhaxaysa alaabtan waxay kuxirantahay shuruudaha gaarka ah ee codsiga marka la eego waxqabadka magnetic, xasiloonida heerkulka, luminta asaasiga ah, iyo waxtarka qiimaha.Astaamaha asalka ah ee nanocrystalline iyo ribbons-ka amorphous waxay ka dhigaan qaybo muhiim u ah korantada korantada, nidaamyada tamarta la cusboonaysiin karo, baabuurta korantada, iyo tignoolajiyada kale ee casriga ah ee kala duwan.
Gabagabadii, ribbon nanocrystalline iyo ribbon amorphous waxay bixiyaan faa'iidooyin kala duwan codsiyada warshadaha kala duwan.Ribbons-ka Nanocrystalline waxay bixiyaan kororka birlabeedka oo hagaagay iyo xasilloonida kulaylka, taasoo ka dhigaysa mid ku habboon in loo isticmaalo beddelayaasha iyo xargaha magnetic.Ribbons Amorphous, dhanka kale, waxay leeyihiin sifooyin birlab jilicsan oo aad u wanaagsan iyo khasaaro hoose oo hoose, taas oo ka dhigaysa inay ku habboon yihiin codsiyada beddelaadaha tamarta sare leh iyo gaashaannada EMI.Fahamka farqiga u dhexeeya nanocrystalline iyo ribbons amorphous waxay awood u siinaysaa injineerada iyo soosaarayaasha inay doortaan walxaha ugu habboon baahiyahooda gaarka ah, hubinta waxqabadka ugu fiican iyo hufnaanta alaabtooda.
Waqtiga boostada: Nov-02-2023