Kwenzeka kanjani ama-nanotubes ekhabhoni kumagazini aphezulu ka-2023 enze

I-Carbon Nanotubes, njengenye yezinto ezimele kakhulu e-carbon nanomatadium, ifundeke kakhulu iminyaka engaphezu kwengu-30, futhi imiphumela eminingana itholwe, futhi imisebenzi eminingi emihle iye yavela, futhi inqwaba yemisebenzi emihle ivele kwiphephabhuku eliphakeme le-2023.

NgoJanuwari 26, 2023, i-Natural Energy yabika ukusetshenziswa kwe-CNT yarns kubaqoqi bamandla abasebenza ngemishini. Idivayisi isebenzisa ukwelula ukwenza amandla e-capacitor iguquke, okwenza kube manje kwisekethe, okuguqula amandla emishini abe amandla kagesi. Abaphenyi balungisa intambo esontekile ye-CNT ngokushintsha imodi esontekile yokujikeleza okune-conical kumodi esontekile. Lo mbhalo wamandla wemishini osuselwa kuma-CNT yarns uthuthukise ukusebenza kahle kwawo kokuguqulwa kwamandla kusuka ku-7.6% kuya ku-17.4% (ukwelula) no-22.4% (ukusonteka). Ukuze uthole ukuvuna kwamandla emishini phakathi kuka-2 no-120 hz, lolu wiya osontekile olusontekile lunamandla amakhulu aphezulu ane-gravitational amandla namandla aphakathi naphakathi kwamandla we-pair amandla asontekile abikiwe.

NgoFebhuwari 9, 2023, izinto ezithuthukile zamandla zibike ukuthi abacwaningi basebenzise isu lokuzijabulisa lama-membranes angejwayelekile okufundwayo ukunikeza ama-membranes (HB / CNT @ cof) imisebenzi eminingi) ukuze ulondoloze ukuqina kwezinhlelo zebhethri ze-RT / NA-S. Ngenxa yesenzo se-synergistic se-hydroxynaphthol eluhlaza okwesibhakabhaka (HB) kanye ne-multi-wall Nanotubes (CNT), i-HB / CNT @ COFT yebhethri inamandla okulinganiselwa ku-433.4MAH Cishe izikhathi ezi-4 ezenziwa ngolwelwesi lwe-fiber ye-fiber.

Ngaphezu kwemibiko engenhla, esetshenzisiwe ye-Catalysis B: Imvelo ibike ukusetshenziswa kwe-carbon nanotubes e-Oxygen Catalysis kumabhethri e-zinc-air, kanye ne-carbon nanotubes esebenza ngamakhonkolo Kumaphephabhuku aphezulu aphezulu, akhombisa isikhundla sawo emkhakheni we-nanomatadium.

Kwenzeka kanjani ama-nanotubes ekhabhoni kumagazini aphezulu ka-2023 enze