Cov qauv Nanotube arrays, raws li ib qho me me cov khoom siv, muaj cov khoom siv uas tsis ntev los no thiab cov ntawv thov kom tsim nyog tau txais kev tsim nyog ntawm peb {}}
Cov qauv thiab cov khoom yooj yim
Cov neeg ua haujlwm Carbon Nanotube tau tsim los ntawm cov txheej txheem txheej txheem ntawm cov pa roj carbon monoxial) {}} Tus qauv carbon monoxide no tau muab qee qhov tshwj xeeb cov khoom .
Nyob rau hauv cov nqe lus ntawm kev siv tshuab, cov pa nanotube arrays muaj lub zog siab thiab tseem muaj qhov zoo tshaj plaws. Cov khoom siv lub teeb ci ntsa iab uas xav tau .
Nyob rau hauv cov lus cog tseg ntawm cov khoom lag luam, cov pa roj carbon mon} {} Lub hauv paus ua tau zoo heev hauv lawv cov ntawv thov kom txias thiab hluav taws xob.
Daim ntawv thov hauv cov khoom siv hluav taws xob
Raws li kev ua tau zoo ntawm cov khoom siv hluav taws xob txuas ntxiv txhim kho lub sijhawm ua haujlwm tau ua tiav tau cov txiaj ntsig cua sov tau ua tiav hauv cov teb no .
Los ntawm kev ua cov duab roj carbon monoxe rau hauv tshav kub kub, lawv tuaj yeem hloov cov khoom cua sov { dissipation daws, zoo txo qhov kev ua haujlwm kub ntawm cov khoom siv thiab txo kev ua tiav tshwm sim los ntawm overheating .
Lub luag haujlwm hauv kev txhim kho cov roj teeb ua tau zoo
Roj teeb yog cov tseem ceeb ntawm ntau cov khoom siv portable, thiab lawv lub peev xwm tseem ceeb ua si tau lub luag haujlwm tseem ceeb hauv kev txhim kho cov roj teeb ua haujlwm.
Los ntawm kev thov cov pa roj carbon nanotube arrays rau cov khoom siv hluav taws xob ntawm cov roj teeb, ua rau muaj kev sib raug zoo ntxiv, yog qhov ua kom nrawm dua rau cov khoom siv hluav taws xob, ua rau muaj peev xwm nrawm dua, yog li cov txheej txheem hluav taws xob muaj peev xwm ua kom nrawm dua, ua rau muaj peev xwm nrawm dua, yog li cov txheej txheem hluav taws xob tau nce ntxiv, ua kom muaj kev cuam tshuam rau cov khoom siv hluav taws xob, ua rau muaj peev xwm nrawm dua, yog li cov txheej txheem hluav taws xob muaj peev xwm ua kom nrawm dua, ua kom muaj kev tawm tsam thiab kev tawm hws kom nrawm dua}}} hauv qee qhov kev sim, roj teeb uas siv cov thev naus laus zis muaj kwv yees li 30% siab dua li 30% siab dua li 30% thiab lawv lub neej muaj peev xwm txuas ntxiv}}
Daim Ntawv Thov hauv Dej Limification Teb
Kev ua kom muaj kev txhawb nqa dej yog qhov teeb meem tseem ceeb cuam tshuam nrog tib neeg lub neej ua haujlwm tau qhia tau qee yam peev xwm hauv kev kho dej.
Vim tias cov khoom siv tshwj xeeb saum npoo av thiab cov khoom siv voligilities tsis zoo, lawv muaj peev xwm siv cov pa paug thiab siv tau, lawv tuaj yeem siv cov pa paug tshuaj ntxiv lawm Tus nqi ntawm kev ua kom huv si .
Kev loj hlob ntawm kev npaj thev naus laus zis
Kev npaj thev naus laus zis ntawm cov muaj peev xwm txhim kho tau yooj yim dua, uas ua rau nws cov ntaub ntawv xaiv loj xws li muaj cov tshuaj vapor deposition thiab lwm tus.
By optimizing the parameters in the preparation process, such as temperature, gas ratio, and catalyst type, the quality and production efficiency of carbon nanotube arrays can be improved. At the same time, the improvement of production equipment has made large-scale production a reality, reducing the cost per unit product. Now, the production of carbon nanotube arrays has gradually moved from the laboratory to industrialization, and qhov kev ruaj ntseg thiab kev sib xws ntawm cov khoom yog suav tas li .
Cov Khoom Siv Cov Nanotube Arrays, nrog lawv cov qauv tshwj xeeb thiab kev txhim kho ntawm cov khoom siv hauv hluav taws xob, kev txhim kho roj teeb kom yooj yim dua, kev tsim kom yooj yim dua rau peb kev tsim khoom thiab lub neej .