네트워크

기계

ACR Lab

DISEASE TRANSMISSION THROUGH AEROSOL

Illuminate the fundamental mechanism of disease transmission using the thermal-fluids engineering for the health of human, animal, and plant populations

 
<style id="comp-j0yz326o2-mesh-styles" type="text/css">#comp-j0yz326o2inlineContent { height: auto; width: 100%; position: relative; } #comp-j0yz326o2inlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326o2inlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: 1fr; -ms-grid-columns: 100%; } #comp-j0yz326p1 { position: relative; margin: 0px 0px 0px calc((100% - 460px) * 0); left: -30px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326o2centeredContent { position: relative; } #comp-j0yz326o2inlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326o2inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326o2inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
 
<style id="mediaj11qv52p19-mesh-styles" type="text/css">#mediaj11qv52p19inlineContent { height: 300px; width: 100%; min-height: ; position: relative; } #mediaj11qv52p19centeredContent { position: relative; } #mediaj11qv52p19inlineContent-gridWrapper { pointer-events: none; } #mediaj11qv52p19inlineContent-gridContainer > * { pointer-events: auto; } #mediaj11qv52p19inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #mediaj11qv52p19inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
 
<style id="comp-j0yz326q2-mesh-styles" type="text/css">#comp-j0yz326q2inlineContent { height: auto; width: 100%; position: relative; } #comp-j0yz326q2inlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326q2inlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: 1fr; -ms-grid-columns: 100%; } #comp-j0yz326r { position: relative; margin: 0px 0px 0px calc((100% - 460px) * 1); left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326q2centeredContent { position: relative; } #comp-j0yz326q2inlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326q2inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326q2inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
<style id="comp-j0yz326q3-mesh-styles" type="text/css">#comp-j0yz326q3inlineContent { height: auto; width: 100%; position: relative; } #comp-j0yz326q3inlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326q3inlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: 1fr; -ms-grid-columns: 100%; } #comp-j0yz326s { position: relative; margin: 75px 0px 20px calc((100% - 460px) * 0); left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326q3centeredContent { position: relative; } #comp-j0yz326q3inlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326q3inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326q3inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
<style id="comp-j0yz326s-mesh-styles" type="text/css">#comp-j0yz326sinlineContent { height: auto; width: 460px; position: relative; } #comp-j0yz326sinlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326sinlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: min-content 1fr; -ms-grid-columns: 100%; } #comp-j0yz326s1 { position: relative; margin: 2px 0px 9px 0; left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326t { position: relative; margin: 0px 0px 4px 0; left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 2; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326scenteredContent { position: relative; } #comp-j0yz326sinlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326sinlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326sinlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>

FUNCTIONAL MATERIALS FOR HEALTHCARE AND ENERGY SYSTEMS

Develop novel functional materials and illuminate the fundamental mechanisms for the development of healthcare and energy systems

 
 
<style id="mediaj11qv52p13-mesh-styles" type="text/css">#mediaj11qv52p13inlineContent { height: 300px; width: 100%; min-height: ; position: relative; } #mediaj11qv52p13centeredContent { position: relative; } #mediaj11qv52p13inlineContent-gridWrapper { pointer-events: none; } #mediaj11qv52p13inlineContent-gridContainer > * { pointer-events: auto; } #mediaj11qv52p13inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #mediaj11qv52p13inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
 
<style id="comp-j0yz326t3-mesh-styles" type="text/css">#comp-j0yz326t3inlineContent { height: auto; width: 100%; position: relative; } #comp-j0yz326t3inlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326t3inlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: 1fr; -ms-grid-columns: 100%; } #comp-j0yz326u { position: relative; margin: 77px 0px 23px calc((100% - 460px) * 1); left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326t3centeredContent { position: relative; } #comp-j0yz326t3inlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326t3inlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326t3inlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>
 
<style id="comp-j0yz326u-mesh-styles" type="text/css">#comp-j0yz326uinlineContent { height: auto; width: 460px; position: relative; } #comp-j0yz326uinlineContent-gridWrapper { display: -ms-flexbox; pointer-events: none; } #comp-j0yz326uinlineContent-gridContainer { position: static; display: -ms-grid; height: auto; width: 100%; min-height: auto; -ms-grid-rows: min-content 1fr; -ms-grid-columns: 100%; } #comp-j0yz326u1 { position: relative; margin: 2px 0px 9px 0; left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 1; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326u2 { position: relative; margin: 0px 0px 4px 0; left: 0px; -ms-grid-column: 1; -ms-grid-column-span: 1; -ms-grid-row: 2; -ms-grid-row-span: 1; -ms-grid-column-align: start; -ms-grid-row-align: start; } #comp-j0yz326ucenteredContent { position: relative; } #comp-j0yz326uinlineContent-gridContainer > * { pointer-events: auto; } #comp-j0yz326uinlineContent-gridContainer > [id$="-rotated-wrapper"] { pointer-events: none; } #comp-j0yz326uinlineContent-gridContainer > [id$="-rotated-wrapper"] > * { pointer-events: auto; } </style>

ELECTRIC FIELD BASED FABRICATION

Achieve breakthroughs in energy, water, and medical applications with functional surfaces produced by electric field-based fabrication and fundamental knowledge of thermal fluids engineering

 

국가

대한민국

소속기관

숙명여자대학교 (학교)

연락처

책임자

정영수 ysjoung@sookmyung.ac.kr

소속회원 0