Daehyeon Kim

Daehyeon Kim Email and Phone Number

Air Liquide, Research Associate @ Air Liquide
paris, île-de-france, france
Daehyeon Kim's Location
South Korea, Korea, Republic of
Daehyeon Kim's Contact Details

Daehyeon Kim work email

Daehyeon Kim personal email

n/a
About Daehyeon Kim

- Experienced in developing a variety of electronic materials in display and semiconductor areas.- Skillful at synthesis of materials ranging from organic and inorganic chemistry (ligand synthesis and metalation), formulation and purification.- Widely experienced in overall practical works in material development affairs including molecular design, synthesis feasibility test, process optimization, large-scale synthesis and transfer to mass production system.- Capable of managing total process of precursor design, synthesis, deposition and film analysis based on accurate understanding of CVD/ALD mechanism.- Surface analysis(Auger, XPS, SIMS, SEM, EDX, Ellipsometry), Materials analysis(NMR, TGA/DSC, UV-Vis, FT-IR, GC-MS)

Daehyeon Kim's Current Company Details
Air Liquide

Air Liquide

View
Air Liquide, Research Associate
paris, île-de-france, france
Website:
airliquide.com
Employees:
30034
Daehyeon Kim Work Experience Details
  • Air Liquide
    Researcher
    Air Liquide Dec 2015 - Present
    Air Liquide Laboratories Korea (corporate R&D)
  • Soulbrain Sigma-Aldrich(Jv)
    Senior Researcher
    Soulbrain Sigma-Aldrich(Jv) Feb 2013 - Dec 2015
    1. New Zr precursor for High-k(High dielectric constant) film deposition applicable to 1X nm ~ 20nm DRAM capacitors2. Si precursors for silicon nitride deposition at low temperature(below 400℃)
  • Soulbrain
    Researcher ~ Senior Researcher
    Soulbrain Jul 2008 - Jan 2013
    34-32, Gongdan-Gil, Gongju-Si, Chungcheongnam-Do, Korea
    1. Various precursors for film deposition of High-k(High dielectric constant) materials which are used for DRAM capacitors2. Precursors for phase change materials (Ge-Sb-Te alloy, In-Sb-Te alloy) of next generation memory, PRAM(Phase Change memory)3. Tungsten precursors to deposit tungsten nitride for Cu diffusion barrier1. Selective etching and cleaning agents depending on type of surface film materials on silicon semiconductor:- Organic based cleaning agents to remove organic pollutants and particles on wafers- New hydrofluoric acid composition with high etching rate to selectively remove only silicon dioxide films- HSN (phosphoric acid with high-selectivity for nitride etching) etchant to selectively remove only silicon nitride films- New nitric acid composition to etch polysilicon in the back of wafers

Daehyeon Kim Skills

Materials Science Surface Science Organometallic Chemistry Organic Synthesis Product Development Process Optimization Formulation Chemistry Wet Chemical For Etching And Cleaning

Daehyeon Kim Education Details

Frequently Asked Questions about Daehyeon Kim

What company does Daehyeon Kim work for?

Daehyeon Kim works for Air Liquide

What is Daehyeon Kim's role at the current company?

Daehyeon Kim's current role is Air Liquide, Research Associate.

What is Daehyeon Kim's email address?

Daehyeon Kim's email address is da****@****ide.com

What schools did Daehyeon Kim attend?

Daehyeon Kim attended 고려대학교, Korea University.

What skills is Daehyeon Kim known for?

Daehyeon Kim has skills like Materials Science, Surface Science, Organometallic Chemistry, Organic Synthesis, Product Development, Process Optimization, Formulation Chemistry, Wet Chemical For Etching And Cleaning.

Who are Daehyeon Kim's colleagues?

Daehyeon Kim's colleagues are Nobuhle Penelop Msomi, Tilak Nath Das, Kannan Periyasamy, Mikhail Reznik, Peter Eck, Fernanda M. Luna Bazaldúa, Giorgio Scotti.

Not the Daehyeon Kim you were looking for?

Free Chrome Extension

Find emails, phones & company data instantly

Find verified emails from LinkedIn profiles
Get direct phone numbers & mobile contacts
Access company data & employee information
Works directly on LinkedIn - no copy/paste needed
Get Chrome Extension - Free

Aero Online

Your AI prospecting assistant

Download 750 million emails and 100 million phone numbers

Access emails and phone numbers of over 750 million business users. Instantly download verified profiles using 20+ filters, including location, job title, company, function, and industry.