Ching-Shiun Chen

Projects

Projects per year 2003 2003 2009 2011 2021 2022 2024

• 27 Finished

Projects per year

Search results

• Finished

  Chemical Conversion of Carbon Dioxide to Magnetic Carbon Materials

  Chen, C.-S. (PI)

  01/08/23 → 31/07/24

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Carbon Material 100%
  • Carbon Dioxide 100%

• Metal Particles Synthesized from Atomic Layer Deposition and Their Application in Catalytic Co2 Hydrogenation Reaction( III )

  Chen, C.-S. (PI) & Yang, C.-M. (CoPI)

  01/08/22 → 31/07/23

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Hydrogenation 100%
  • Atomic Layer Deposition 100%

• Cgu Spark Taiwan-Anchor University Program

  Chen, C.-S. (PI), Chiu, C.-H. (CoPI), Hsieh, T.-H. (CoPI), Lai, C.-S. (CoPI) & Yang, C.-W. (CoPI)

  01/08/22 → 31/07/23

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Taiwan 100%

• 2022精準醫學與智慧醫療技術媒合會

  Chen, C.-S. (PI)

  01/07/22 → 31/03/23

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Infectious Disease Prevention 100%
  • Infectious Disease 100%

• Metal Particles Synthesized from Atomic Layer Deposition and Their Application in Catalytic Co2 Hydrogenation Reaction( II )

  Chen, C.-S. (PI) & Yang, C.-M. (CoPI)

  01/08/21 → 31/07/22

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Hydrogenation 100%
  • Atomic Layer Deposition 100%

• Cgu Spark Taiwan-Anchor University Program

  Chen, C.-S. (PI), Hsieh, T.-H. (CoPI), Lai, C.-S. (CoPI) & Yang, C.-W. (CoPI)

  01/08/21 → 31/07/22

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Taiwan 100%
  • Anchors 100%

• Metal Particles Synthesized from Atomic Layer Deposition and Their Application in Catalytic Co2 Hydrogenation Reaction( I )

  Chen, C.-S. (PI) & Yang, C.-M. (CoPI)

  01/08/20 → 31/07/21

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Hydrogenation 100%
  • Atomic Layer Epitaxy 100%
  • Carbon Dioxide 100%
  • Atomic Layer Deposition 100%
  • Silicon Dioxide 80%

• Synthesis of Sub-Nanosized Noble Metal Particles for Catalytic Oxidtion of Aromatic Molecules( III )

  Chen, C.-S. (PI)

  01/08/19 → 31/07/20

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Noble Metal 100%

• Synthesis of Sub-Nanosized Noble Metal Particles for Catalytic Oxidtion of Aromatic Molecules(II)

  Chen, C.-S. (PI)

  01/08/18 → 31/07/19

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Noble Metal 100%

• Synthesis of Sub-Nanosized Noble Metal Particles for Catalytic Oxidtion of Aromatic Molecules( I )

  Chen, C.-S. (PI)

  01/08/17 → 31/07/18

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Noble Metal 100%

• Water-Gas Shift Reaction on Iron Promoted Cu Based Catalysts

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/16 → 31/07/17

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Oxide Compound 100%
  • Water Gas Shift Reaction 100%
  • Water-Gas Shift 100%
  • Al2O3 50%
  • Auger Electron Spectroscopy 50%

• Water-Gas Shift Reaction on Iron Promoted Cu Based Catalysts

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/15 → 31/07/16

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Oxide Compound 100%
  • Water Gas Shift Reaction 100%
  • Water-Gas Shift 100%
  • Al2O3 50%
  • Auger Electron Spectroscopy 50%

• Water-Gas Shift Reaction on Iron Promoted Cu Based Catalysts

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/14 → 31/07/15

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Oxide Compound 100%
  • Water Gas Shift Reaction 100%
  • Water-Gas Shift 100%
  • Al2O3 50%
  • Auger Electron Spectroscopy 50%

• Nanosized metal catalysts prepared by an atomic layer deposition technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/13 → 31/07/14

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Nanoparticle 100%
  • Atomic Layer Epitaxy 100%
  • Deposition Technique 100%
  • Metal Catalyst 100%
  • Atomic Layer Deposition 100%

• Nanosized Metal Catalysts Prepared by an Atomic Layer Deposition Technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/12 → 31/07/13

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Nanoparticle 100%
  • Atomic Layer Epitaxy 100%
  • Deposition Technique 100%
  • Metal Catalyst 100%
  • Atomic Layer Deposition 100%

• Nanosized Metal Catalysts Prepared by an Atomic Layer Deposition Technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/11 → 31/07/12

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Nanoparticle 100%
  • Atomic Layer Epitaxy 100%
  • Deposition Technique 100%
  • Metal Catalyst 100%
  • Atomic Layer Deposition 100%

• 原子沉積法製備奈米級金屬觸媒之研究

  Chen, C.-S. (PI)

  01/08/11 → 31/07/12

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

• Low-Temperature Water Gas Shift Reaction on Copper Nanoparticles

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/10 → 31/07/11

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Low-Temperature 100%
  • Water Gas Shift Reaction 100%
  • Temperature Water 100%
  • Nanoparticles 100%
  • Atomic Layer 100%

• Low-Temperature Water Gas Shift Reaction on Copper Nanoparticles

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/09 → 31/07/10

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Low-Temperature 100%
  • Water Gas Shift Reaction 100%
  • Temperature Water 100%
  • Nanoparticles 100%
  • Atomic Layer 100%

• 在奈米銅顆粒上低溫水氣轉移反應之研究

  Chen, C.-S. (PI)

  01/06/09 → 31/05/10

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

• Properties of Copper Catalysts Prepared by the Atomic Layer Epitaxy Technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/08 → 31/07/09

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Copper Catalysts 100%
  • Epitaxial Growth 100%
  • Epitaxy 100%
  • Atomic Layer 100%
  • Temperature Programmed Desorption 30%

• Properties of Copper Catalysts Prepared by the Atomic Layer Epitaxy Technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/07 → 31/07/08

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Copper Catalysts 100%
  • Epitaxial Growth 100%
  • Atomic Layer 100%

• Study of Methanol Synthesis on Nano-Scale Catalysts Produced by Atomic Layer Epitaxy Technique

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/06 → 31/07/07

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Methanol Synthesis 100%
  • Atomic Layer 100%
  • Nanoscale 100%
  • Epitaxial Growth 100%

• Carbon Dioxide Converted to Carbon Monoxide by Catalytic Hydrogenation

  Chen, C.-S. (PI) & Lin, J. H. (CoPI)

  01/08/05 → 31/07/06

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Carbon Dioxide 100%
  • Hydrogenation 100%

• The Nano-Particle Catalysts Prepared by Atomic Layer Epitaxy Technique and Study of Carbon Monoxide Oxidation and Hydrogen Production from Natural Gas

  Chen, C.-S. (PI)

  01/08/04 → 31/07/05

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Hydrogen Production 100%
  • Epitaxial Growth 100%
  • Carbon Monoxide Oxidation 100%
  • Nanoparticle 100%

• The Study of Nano-Copper Catalyst Prepared by Atomic Layer Epitaxy Method and Hydrogen Production from Methanolz (II)

  Chen, C.-S. (PI)

  01/08/03 → 31/07/04

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Hydrogen Production 100%
  • Atomic Layer 100%
  • Epitaxy 100%

• Dehydrogenation Reaction of Ethylbenzene with Catalytic Membrane Reactor (I)

  Rei, M.-H. (PI) & Chen, C.-S. (CoPI)

  01/08/03 → 31/07/04

  Project: National Science and Technology Council › National Science and Technology Council Academic Grants

  • Membrane Reactor 100%
  • Ethylbenzene 100%
  • Dehydrogenation 100%