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The purpose of this paper is to examine the aspects of Jeong Jae-gyu’s mourning poem. Jeong Jae-gyu (1843-1911) was a Neo-Confucian scholar and writer who was active in Yeongnam during the late Han and Japanese colonial period. He learned from No-Sa Ki Jeong-jin, and played a leading role in forming No-Sa School in the Yeongnam region. He also inherited the studies of Jo Sik and Jeong Yeo-chang. He also interacted with scholars of the Giho School, Hanju School, and Hwaseo School, and studied various theories. His literary world is gradually being revealed, and in this thesis, we focused on mourning poem. He targeted people he knew well and had a close relationship for a long time. He mainly emphasized academic achievements or the virtues of inconsistent with the world. He also highlighted the works of righteousness soldiers who showed sacrifice and who showed the spirit of patriotism for overcoming the national crisis. And he described this world as a disturbed world, afterlife as a pleasuer space. It is an indirect critique of the state in which ethics is disturbed and the pursuit of profit only. In this respect, it is different from a mourning poem that shows praise and sorrow. This study had focused on the mourning poem and intends to show the his world of poetry in detail through travel poetry in the future.

This investigation was performed to determine the hydraulic conductivity coefficient and water holding capacity for a specified compaction forces which are the amount of mechanical energy applied to the porous granule (PG) volume. Most current specifications of minerals and perlite as growth media require to be compacted to a specified density, which in general is equivalent to a certain percentage of laboratory compaction. The water holding capacity of the saturated PG was very large at potential above -1 bar compared with perlite, but very little water remained below this value. The water holding capacity and hydraulic conductivity characteristics of graded PG amended with the ground coir less than 2 mm in diameter were also determined from pressure outflow data. The saturated hydraulic conductivity of the saturated and compacted PG was slightly lower by more than one tenth order of magnitude at equal matric potentials of perlite, but when expressed on the basis of equal water deficits, the conductivity of PG was higher at all but the smallest deficits than those of perlite.