Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure

Ian Kinloch; CAMBRIDGE TECH SERVICES LTD UNIV; SINGH C KINLOCH I; KOZIOL K K K SHAFFER M S P; WINDLE A WINDLE A H

Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure

Ian Kinloch (Other), CAMBRIDGE TECH SERVICES LTD UNIV (Other), SINGH C KINLOCH I (Other), KOZIOL K K K SHAFFER M S P (Other), WINDLE A WINDLE A H (Other)

Research output: Patent

Original language	English
Patent number	WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2
Publication status	Published - 14 Nov 2002

Cite this

Kinloch, I., UNIV, CAMBRIDGE. TECH. SERVICES. LTD., KINLOCH I, SINGH. C., SHAFFER M S P, KOZIOL. K. K. K., & WINDLE A H, WINDLE. A. (2002). Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure. (Patent No. WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2).

Kinloch, Ian (Other) ; UNIV, CAMBRIDGE TECH SERVICES LTD (Other) ; KINLOCH I, SINGH C (Other) et al. / Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure. Patent No.: WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2. Nov 14, 2002.

@misc{1d0ac0ab7c19408f87dac453922d52dd,

title = "Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure",

author = "Ian Kinloch and UNIV, {CAMBRIDGE TECH SERVICES LTD} and {KINLOCH I}, {SINGH C} and {SHAFFER M S P}, {KOZIOL K K K} and {WINDLE A H}, {WINDLE A}",

year = "2002",

month = nov,

day = "14",

language = "English",

type = "Patent",

note = "WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2",

}

Kinloch, I, UNIV, CAMBRIDGETECHSERVICESLTD, KINLOCH I, SINGHC, SHAFFER M S P, KOZIOLKKK & WINDLE A H, WINDLEA Nov. 14 2002, Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure, Patent No. WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2.

Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure. / Kinloch, Ian (Other); UNIV, CAMBRIDGE TECH SERVICES LTD (Other); KINLOCH I, SINGH C (Other) et al.
Patent No.: WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2. Nov 14, 2002.

Research output: Patent

TY - PAT

T1 - Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure

A2 - Kinloch, Ian

A2 - UNIV, CAMBRIDGE TECH SERVICES LTD

A2 - KINLOCH I, SINGH C

A2 - SHAFFER M S P, KOZIOL K K K

A2 - WINDLE A H, WINDLE A

PY - 2002/11/14

Y1 - 2002/11/14

M3 - Patent

M1 - WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2

ER -

Kinloch I, UNIV CAMBRIDGETECHSERVICESLTD, KINLOCH I SINGHC, SHAFFER M S P KOZIOLKKK, WINDLE A H WINDLEA. Production of aligned carbon nanotubes and/or nanofibers comprises providing finely divided substrate particles having smooth faces and catalyst material on surface and carbon-containing gas at reaction temperature and pressure. WO2004043858-A1; AU2003283573-A1; EP1560790-A1; JP2006506304-W; US2006133982-A1; US7767615-B2. 2002 Nov 14.