School of Engineering

Research output

Research output per year 1970 1998 2001 2002 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2024

• 9293 Article
• 4611 Conference paper
• 705 Doctoral Thesis
• 259 Chapter
• 1153 More
  • 201 Review article
  • 110 Letter
  • 105 Other chapter contribution
  • 102 Edited book/Anthology
  • 99 Other output
  • 77 Conference presentation/ephemera
  • 65 Master's Thesis
  • 62 Book
  • 49 Conference article
  • 48 Editorial
  • 47 Patent
  • 37 Abstract
  • 35 Comment/debate
  • 17 Literature review
  • 16 Article in specialist publication
  • 15 Abstract/Meeting Abstract
  • 12 Software
  • 11 Poster
  • 9 Preprint
  • 7 Report
  • 4 Entry for encyclopedia/dictionary
  • 4 Data article
  • 4 Working paper
  • 3 Non-UWA Thesis
  • 2 Other book
  • 2 Foreword/postscript
  • 2 Other
  • 2 Short survey
  • 2 Web publication/site
  • 2 Other contribution
  • 1 Book/Film/Article review
  • 1 Digital or Visual Products

Research output per year

Research output per year

Search results

• 2023

  PROCESO PARA CONTROLAR LA MORFOLOGÍA DEL GRAFITO

  Translated title of the contribution: A PROCESS OF CONTROLLING THE MORPHOLOGY OF GRAPHITECornejo, A., Lu, H. & Chua, H. T., 20 Oct 2023, IPC No. B01J23/70, B01J23/745, C01B32/162, D01F9/127, Instituto Mexicano de la Propiedad Industrial, Patent No. 407364, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  Open Access

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  22 Downloads (Pure)

• Processo De Produção De Hidrogênio E Carbono Grafítico a Partir De Hidrocarbonetos

  Cornejo, A. & Chua, H. T., 21 Mar 2023, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. BR 112017021057 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

• Process of controlling the morphology of graphite

  Cornejo, A., Lu, H. & Chua, H. T., 4 Jul 2023, IPC No. B01J23/745, B01J35/00, C01B32/15, C01B32/162, C01B32/18, C01B32/184, C01B32/186, C01B32/205, D01F9/127, Patent No. US 11691126 B2, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• UN PROCESO PARA LA PRODUCCIÓN DE HIDRÓGENO Y CARBONO GRAFÍTICO A PARTIR DE HIDROCARBUROS

  Translated title of the contribution: A PROCESS FOR PRODUCING HYDROGEN AND GRAPHITIC CARBON FROM HYDROCARBONSCornejo, A. & Chua, H. T., 30 Aug 2023, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Instituto Mexicano de la Propiedad Industrial, Patent No. 405723, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  Open Access

  File

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  33 Downloads (Pure)

• 탄화수소로부터 수소 및 흑연 탄소의 제조 방법

  Cornejo, A. & Chua, H. T., 25 Aug 2023, IPC No. C01B3/26, B01J19/00, B01J19/24, B01J23/745, C01B32/205, Patent No. KR 102571186 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

• 흑연의 모폴로지(morphology)를 조절하는 방법

  Cornejo, A., Lu, H. & Chua, H. T., 27 Oct 2023, IPC No. C01B32/205, C01B32/18, C01B32/184, D01F9/127, Patent No. KR 102595258 B1, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent
• 2022

  A Process for Producing Hydrogen and Graphitic Carbon from Hydrocarbons

  Cornejo, A. & Chua, H. T., 31 Jul 2022, IPC No. B01J8/0005, B01J8/26, B01J19/0013, B01J19/2445, B01J19/245, B01J23/745, B01J2203/061, B01J2219/00162, C01B3/26, C01B3/30, C01B32/205, C01B2203/0277, C01B2203/06, C01B2203/1047, C01B2203/1241, C21B15/00, Patent No. SA 517390046 B1, 28 Sept 2017, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Iron Oxide 100%
  • Beneficiation 25%

• A Process of Controlling the Morphology of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 26 Aug 2022, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. CA 2996940 C, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• BIOCOMPATIBLE POLYMER COMPOSITIONS

  Shiroud Heidari, B. & Doyle, B., 27 Jan 2022, IPC No. C08L 67/04 2006.1, A61L 17/12 2006.1, A61L 27/26 2006.1, A61L 31/10 2006.1, Patent No. WO/2022/016216, 20 Jul 2021, Priority date 20 Jul 2020, Priority No. 2020902509

  Research output: Patent

  • Phase Composition 100%

• Process for producing hydrogen and graphitic carbon from hydrocarbons

  Cornejo, A. & Chua, H. T., 22 Nov 2022, IPC No. C01B3/26, B01J8/00, B01J8/26, B01J19/00, B01J19/24, B01J23/745, C01B3/30, C01B32/205, C21B15/00, Patent No. US 11505458 B2, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%

• Processo De Controle Da Morfologia De Grafite

  Cornejo, A., Lu, H. & Chua, H. T., 30 Aug 2022, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. BR 112018003639 B1, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

• Process of Controlling the Morphology of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 8 May 2022, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, Y02P20/133, Y02P20/52, C01B32/184, D01F9/1272, Patent No. SA 518391006 B1, 25 Feb 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• 炭化水素から水素及び黒鉛状炭素を生成するプロセス

  Translated title of the contribution: A Process For Producing Hydrogen And Graphitic Carbon From HydrocarbonsCornejo, A. & Chua, H. T., 24 Jan 2022, IPC No. C01B3/26, B01J23/745, C01B32/05, C22B1/00, Patent No. JP 7007256 B2, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
• 2021

  A Process for Producing Hydrogen and Graphitic Carbon From Hydrocarbons

  Cornejo, A. & Chua, H. T., 28 Dec 2021, IPC No. B01J23/745, C01B3/02, C01B3/24, C01B3/26, C01B3/28, C01B3/30, C21B15/00, Patent No. MY 188748 A, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Iron Oxide 100%
  • Beneficiation 33%

• A Process of Controlling the Morphology of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 17 May 2021, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, C01B32/184, D01F9/1272, Patent No. MY 185388 A, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• 用于从碳氢化合物生产氢气和石墨碳的方法

  Translated title of the contribution: Process For Producing Hydrogen And Graphitic Carbon From HydrocarbonsCornejo, A. & Chua, H. T., 6 Aug 2021, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C01B32/205, C21B15/00, Patent No. CN 108064214 B, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015901175 A

  Research output: Patent › peer-review

  • Hydrogen 100%
  • Hydrocarbon 100%
  • Carbon 100%
  • Graphitic Carbon 100%
  • Producing Hydrogen 100%

• 黒鉛の形態を制御するプロセス

  Translated title of the contribution: The process of controlling the morphology of graphiteCornejo, A., Lu, H. & Chua, H. T., 22 Dec 2021, IPC No. B01J23/745, D01F9/127, C01B32/15, C01B32/162, C01B32/18, C01B32/186, B01J35/002, C01B32/205, C01B32/184, D01F9/1272, Patent No. JP 6986009 B2, 26 Aug 2016, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%
• 2020

  Apparatus to directly detect solids formation

  May, E., Stanwix, P., Hopkins, M. & Siahvashi, A., 1 Oct 2020, Patent No. WO2020191451A1, 27 Mar 2020, Priority date 28 Mar 2019, Priority No. AU2019901052

  Research output: Patent › peer-review

• A process for producing hydrogen and graphitic carbon from hydrocarbons

  Cornejo, A. & Chua, H. T., 9 Jan 2020, IPC No. C01B3/26, C01B3/24, C01B3/28, C01B3/30, B01J23/745, C21B15/00, C01B3/02, C01B31/04, Patent No. 11201707907S, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU2015901175

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Iron Oxide 100%
  • Beneficiation 33%

• A process for producing hydrogen and graphitic carbon from hydrocarbons

  Cornejo, A. & Chua, H. T., 7 Jan 2020, IPC No. C01B3/26, C01B3/24, C0B3/28, C01B3/30, B01J23/745, C21B15/00, C01B3/02, Patent No. 735781, 22 Sept 2017, Priority date 31 Mar 2015, Priority No. 2015901175

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Supported Catalyst 50%
  • Elevated Temperature 50%
  • Solid Carbon 50%

• A process of controlling the morphology of graphite

  Cornejo, A., Lu, H. & Chua, H. T., 28 Jan 2020, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. 740136, 22 Feb 2018, Priority date 26 Aug 2015, Priority No. 2015903458

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• Process For Producing Hydrogen And Graphitic Carbon From Hydrocarbons

  Cornejo, A. & Chua, H. T., 20 Aug 2020, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. EA 035857 B1, 31 Mar 2016, Priority date 31 Mar 2015, Priority No. AU 2015/901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Iron Oxide 100%
  • Beneficiation 33%

• Process For Producing Hydrogen From Hydrocarbons

  Chua, H. T., Cornejo, A., Raston, C. & Gao, L., 21 Apr 2020, IPC No. H01M8/0612, B01J23/745, B01J23/83, B01J23/883, B01J37/02, B82Y30/00, B82Y40/00, C01B3/26, C01B3/40, C01B32/05, C01B32/16, C01B32/20, H01M8/0662, H01M8/1007, H01M8/1018, Patent No. US 10629933 B2, Priority date 10 Sept 2009, Priority No. AU 2009/904346 A

  Research output: Patent › peer-review

  • Producing Hydrogen 100%
  • Supported Catalyst 50%
  • Elevated Temperature 50%
  • Solid Carbon 50%

• Seed Ablation

  Ling, K., Guzzomi, A., Erickson, T., Merritt, D. & Dixon, K., 3 Nov 2020, Patent No. US 10820479, 10 Jun 2016, Priority date 10 Jun 2015

  Research output: Patent › peer-review

• System And Method For Desalination

  Rahimi, B., Chua, H. T. & Christ, A., 2 Jan 2020, IPC No. B01D1/26, B01D3/14, C02F1/04, C02F103/08, Patent No. AU 2015/245944 B2, Priority date 11 Apr 2014, Priority No. AU 2014/901335 A

  Research output: Patent › peer-review

  • Desalination 100%
  • Actuator 100%
• 2019

  A Process for Producing Hydrogen and Graphitic Carbon From Hydrocarbons

  Cornejo, A. & Chua, H. T., 31 Jul 2019, IPC No. B01J8/0005, B01J8/26, B01J19/0013, B01J19/2445, B01J19/245, B01J23/745, B01J2203/061, B01J2219/00162, C01B3/26, C01B3/30, C01B2203/0277, C01B2203/06, C01B2203/1047, C01B2203/1241, C21B15/00, C01B32/205, Patent No. ZA 201706455 B, 26 Sept 2017, Priority date 31 Mar 2015, Priority No. AU2015901175A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%

• A Process For Producing Hydrogen And Graphitic Carbon From Hydrocarbons

  Cornejo, A. & Chua, H. T., 3 Jan 2019, IPC No. C01B3/26, B01J23/745, C01B3/02, C01B3/24, C01B3/28, C01B3/30, C21B15/00, Patent No. AU 2016/240393 B2, Priority date 31 Mar 2015, Priority No. AU 2015/901175 A

  Research output: Patent › peer-review

  • Graphitic Carbon 100%
  • Producing Hydrogen 100%
  • Iron Oxide 100%
  • Beneficiation 33%

• A Process of Controlling the Morphology of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 26 Jun 2019, IPC No. B01J23/745, B01J35/002, C01B32/15, C01B32/162, C01B32/18, C01B32/186, C01B32/205, D01F9/127, C01B32/184, D01F9/1272, Patent No. ZA 201801820 B, 19 Mar 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• A Process Of Controlling The Morphology Of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 7 Mar 2019, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. AU 2016/312962 B2, Priority date 26 Aug 2015, Priority No. AU 2015/903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%

• Method for desalination

  Rahimi, B., Chua, H. T. & Christ, A., 29 Oct 2019, IPC No. C02F1/16, B01D1/00, B01D3/06, B01D3/14, C02F1/04, C02F1/06, C02F103/08, Patent No. US 10457568 B2, Priority date 11 Apr 2014, Priority No. AU 2014/901335 A

  Research output: Patent › peer-review

  • Desalination 100%
  • Actuator 100%
• 2018

  A Process of Controlling the Morphology of Graphite

  Cornejo, A., Lu, H. & Chua, H. T., 29 Aug 2018, IPC No. B01J23/70, B01J23/745, D01F9/127, Patent No. PH 12018500400 B1, 22 Feb 2018, Priority date 26 Aug 2015, Priority No. AU 2015903458 A

  Research output: Patent › peer-review

  • Elevated Temperature 100%
• 2016

  Desalination Plant

  Chua, H. T., Wang, X. & Regenauer-Lieb, K., 14 Jun 2016, IPC No. B01D3/14, C02F1/04, Patent No. US 9365438 B2, Priority date 9 Jul 2010, Priority No. AU 2010/903053 A

  Research output: Patent › peer-review

  • Potable Water 100%
  • Desalination Plant 100%
  • Drinking Water 100%
• 2015

  METAMATERIAL-BASED DEVICES

  Silva, B., 2015, Patent No. AU2015901359

  Research output: Patent › peer-review

• Microelectromechanical systems (MEMS) and methods

  Tripathi, D., Silva, B., Faraone, L., Bumgarner, J., Dell, J., Antoszewski, J., Martyniuk, M., Brookshire, K., Mao, H. & Liu, Y., 2015, Patent No. AU2015901600; WO/2016/176735A1

  Research output: Patent › peer-review
• 2014

  Optical cantilever based analysis

  Dell, J., Martyniuk, M., Keating, A., Putrino, G. & Faraone, L., 2014, Patent No. USA/14/473807

  Research output: Patent › peer-review

• Optical cantilever based analysis

  Dell, J., Martyniuk, M., Keating, A., Putrino, G. & Faraone, L., 2014, Patent No. USA/14/144290 (US2014/0139843); US Patemt 9,057,706

  Research output: Patent › peer-review

• OPTICAL CANTILEVER BASED ANALYSIS

  Silva, B., 2014, Patent No. USA/14/144290 (US2014/0139843); US Patent 9,057,706

  Research output: Patent › peer-review

• Optical sensor

  Dell, J., Martyniuk, M., Keating, A., Putrino, G., Faraone, L., Jeffery, R. & Silva, B., 2014, Patent No. AU2014903446

  Research output: Patent › peer-review

• Optical sensor

  Dell, J., Martyniuk, M., Keating, A., Putrino, G., Faraone, L., Jeffery, R. & Silva, B., 2014, Patent No. AU2014903439

  Research output: Patent › peer-review

• Optical Sensor

  Dell, J., Martyniuk, M., Keating, A., Putrino, G., Faraone, L., Jeffery, R. & Silva, B., 2014, Patent No. AU2014218457

  Research output: Patent › peer-review

• Optical sensor with 2d grating

  Dell, J., Faraone, L., Jeffery, R., Keating, A., Martyniuk, M., Putrino, G. & Silva, B., 2014, Patent No. AU2014903446; PCT/AU2015/050506; WO2016029274 A1

  Research output: Patent › peer-review

• Stimulating an optical sensor using optical radiation pressure

  Dell, J., Faraone, L., Jeffery, R., Keating, A., Martyniuk, M., Putrino, G. & Silva, B., 2014, Patent No. AU2014903439; PCT/AU2015/050505; WO2016029273

  Research output: Patent › peer-review
• 2013

  A system and method of performing atomic force measurements

  Dell, J., Martyniuk, M., Keating, A., Putrino, G., Faraone, L. & Silva, B., 2013, Patent No. USA/13/761987; US2013/0205455); US 14/846570; US20160231352 A1

  Research output: Patent › peer-review
• 2012

  Optical cantilever based analyte detection

  Dell, J., Martyniuk, M., Keating, A., Putrino, G. & Faraone, L., 2012, Patent No. USA/8649018 (US2012/0218559); US Patent 8,649,018

  Research output: Patent › peer-review
• 2006

  A Vessel For Use In Multi-effect Distillation And /or Separation Process

  Wee, T. H., Chua, H. T. & Ng, W. J., 1 Nov 2006, IPC No. F16J12/00, G21C13/093, Patent No. GC 0000269 A, Priority date 16 Feb 2000, Priority No. SG 0000024 W

  Research output: Patent › peer-review

  • Multi-Effect Distillation 100%
  • Separation Method 100%
  • Process Condition 75%
  • Process Zone 50%
  • Construction Method 50%
• 2004

  Polymer-enhanced foamable drilling fluid

  Rojas Gonzalez, Y., 5 Oct 2004, Patent No. US6800592, 28 Aug 2001

  Research output: Patent › peer-review

  • Surface Active Agent 100%
  • Natural Gas 50%
  • Carbon Dioxide 50%
  • Petroleum 50%
• 2003

  Foamable drilling fluid

  Rojas Gonzalez, Y., 5 Mar 2003, Patent No. EP1288274B1, 27 Aug 2002, Priority date 28 Aug 2001, Priority No. US 941508

  Research output: Patent › peer-review

  Open Access

  File
  22 Downloads (Pure)