Ukucaciswa:
Igama | Si Nanowires |
Isifinyezo | I-SiNWs |
Inombolo ye-CAS. | 7440-21-3 |
Ububanzi | 100-200nm |
Ubude | > 10 um |
Ubumsulwa | 99% |
Ukubukeka | Impushana |
Iphakheji | 1g, 5g noma njengoba kudingeka |
Izinhlelo zokusebenza eziyinhloko | Izinzwa, izitholi, i-transistor, impahla ye-anode kumabhethri e-Li-ion. |
Incazelo:
I-Silicon nanowires inezici ezilandelayo:
I-Si nanowires inezinto ezibonakalayo eziyingqayizivele ezifana ne-fluorescence ne-ultraviolet;izakhiwo zikagesi ezifana nokukhipha insimu kanye nokuthuthwa kwe-electron;conductivity ezishisayo, umsebenzi ophezulu surface, kanye quantum ukuvalelwa imiphumela.
1. Izicelo zezinzwa ze-nano silicon wire
Ukudweba isisekelo samanje socwaningo sezinto ezisekelwe ku-silicon kanye nemiphumela yocwaningo ekhona yokulungiselela i-nano-sensor, izintambo ze-silicon nano zisetshenziselwa ukuhlanganisa izinzwa ze-nano ezinokuzwela okuphezulu, ukuqapha kwesikhathi sangempela kanye nekhono lokuziphilisa.
2. I-Silicon Nanowire Transistors
Kusetshenziswa izintambo ze-nano Si njengeyunithi yesakhiwo eyinhloko, kuye kwenziwa izinhlobonhlobo zama-transistors njengama-silicon nanowire FET, ama-single-electron transistors (amaSET) kanye nama-phototransistors asebenza ngendlela yasensimini.
3. Isithwebuli sezithombe
Ucwaningo luye lwabonisa ukuthi ama-silicon nanowires anezici zokuzwela okuphezulu okuqondile kwe-polarization, ukulungiswa kwendawo ephezulu, nokuhambisana kalula nezinye izingxenye ze-optoelectronic ezakhiwe ngezindlela "eziphansi phezulu", ukuze zisetshenziswe ezinhlelweni ezihlanganisiwe ze-nano optoelectronic esizayo.
4. I-Si nano wire lithium-ion anode ibhethri lempahla
I-Silicon iyimpahla ye-anode enezinga eliphezulu kakhulu le-lithium yokugcina ithiyori etholakala kuze kube manje, futhi umthamo wayo othize uphakeme kakhulu kunowezinto ze-graphite, kodwa ukuhlangana kwayo kwe-lithium kwangempela kuhlobene eduze nobukhulu be-silicon ku-electrode, ukwakhiwa kwe-electrode. , kanye nezinga lokukhokhisa-lokukhipha.Ibhethri elisha le-lithium-ion elenziwe ngama-SiNWs lingagcina amandla aphindwe ka-10 kunamabhethri ajwayelekile aphinde ashajwe.Isihluthulelo sobuchwepheshe bayo ukuthuthukisa umthamo wokugcina we-anode yebhethri.
Isimo Sesitoreji:
I-Silicon nanowires(SiNWs) kufanele ivalwe kahle, igcinwe endaweni epholile, eyomile, igweme ukukhanya okuqondile.Isitoreji sezinga lokushisa kwegumbi SILUNGILE.