Direct ion beam deposition yog ib hom ion beam pab deposition. Qhov ncaj ion beam deposition yog ib qho uas tsis yog-mass-separated ion beam deposition. Cov txheej txheem no yog thawj zaug siv los tsim cov pob zeb zoo li cov pa roj carbon monoxide hauv xyoo 1971, raws li lub hauv paus ntsiab lus uas lub ntsiab ntawm cathode thiab anode ntawm ion qhov chaw yog ua los ntawm carbon.
Cov roj nkag siab zoo yog coj mus rau hauv chav tso tawm, thiab qhov chaw sib nqus sab nraud tau ntxiv los ua kom muaj cov pa tawm hauv cov ntshav hauv cov xwm txheej tsis tshua muaj siab, tso siab rau cov nyhuv sputtering ntawm cov ions ntawm cov electrodes los tsim cov pa roj carbon ions. Carbon ions thiab ntom ions nyob rau hauv cov ntshav tau raug ntxias mus rau hauv lub deposition chamber nyob rau tib lub sij hawm, thiab lawv tau ceev kom txhaj mus rau lub substrate vim lub siab tsis zoo ntawm lub substrate.
Cov txiaj ntsig kev sim qhia tau tias cov pa roj carbon ions nrog lub zog ntawm 50 ~ 100eV ntawmchavkub, nyob rau hauv Si, NaCI, KCI, Ni thiab lwm yam substrates ntawm kev npaj pob zeb diamond zoo li carbon zaj duab xis, resistivity siab li 10Q-cm, refractive index ntawm txog 2, insoluble nyob rau hauv inorganic thiab organic acids, muaj ib tug heev hardness.
—— Kab lus no tau tso tawm los ntawmtshuab nqus tsev txheej tshuab manufacturersGuangdong Zhenhua
Post lub sij hawm: Aug-31-2023