Kim M.C. – TechConnect Briefs

Oil Production from Waste Plastics & News Paper using Catalytic Dissociation on Noble Metal supported on Zeolite

Lim D.-J., Kim M.C., Cheongju University, KR

Catalytic dissociation reaction of waste plastics and news paper was studied for oil production. SEM analysis were performed to find out crystal structure of prepared catalysts. GC-MAS analysis was also performed to find out product [...]

Oil Production from Waste Plastics & News Paper using Catalytic Dissociation on Noble Metal supported on Zeolite

Lim D.-J., Kim M.C., Cheongju University, KR

Catalytic dissociation reaction of waste plastics and news paper was studied for oil production. SEM analysis were performed to find out crystal structure of prepared catalysts. GC-MAS analysis was also performed to find out product [...]

Diesel Production from Waste Disposal using Catalytic Dissociation on Mn-zeolite Catalyst

Kim M.C., Lee K.B., Cheongju University, KR

The approach for catalytic dissociation of waste diaposal using various catalysts is presented. This approach includes two principal steps: a characterization of catalysts is used to determine the active site of prepared catalysts, and the [...]

Diesel Production from Waste Disposal using Catalytic Dissociation on Mn-zeolite Catalyst

Kim M.C., Lee K.B., Cheongju University, KR

The approach for catalytic dissociation of waste diaposal using various catalysts is presented. This approach includes two principal steps: a characterization of catalysts is used to determine the active site of prepared catalysts, and the [...]

Simulation on biological cell transport in the microfluidic devices

Kim M.C., Wang Z.H., Lam R.H.W., Thorsen T., Massachusetts Institute of Technology, US

We have developed a Bio-Particle (BP) simulation technique for the general particle movement in Lab-On-A-Chip devices. This has also been validated with experiments on biological cells (3T3 cell; diameter 10 μm). The cell motion under [...]

A Microfluidic Array with Micro Cell Sieves for Cell Cytotoxicity Screening

Wang Z.H., Kim M.C., Marquez M., Thorsen T., Massachusetts Institute of Technology, US

There is currently great interest in cell arrays for cell-based studies to improve experimental throughput. Microfluidics is an inherently scalable technology, offering an exciting new alternative to fabricate cell arrays for cell studies in a [...]