1 To conduct additional visual study of internal flow phenomena of closed-end oscillating heat pipe with ultra-high video camera (4,000 frame/sec)
2 To justify the exact internal phenomena as basis of accurate mathematical modeling of closed-end oscillating heat pipe at horizontal and vertical position
3 To modify existing mathematical modeling of closed-end oscillating heat pipe
4 To clarify the effect of inclination angle on internal flow phenomena by visualization and establish the effect of inclination angle
5 To implement the achieved knowledge in agricultural sector
