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李鍾虎(Lee Jong-Ho) 한국인물사연구소 2010 한국인물사연구 Vol.13 No.-
Moonsan is Lee Jae-ui(1772~1839)'s pen name. He is born the eldest grandson of the Jeonju Lee's Dukchun family line. Jeonju Lee's family is a prince of the blood in Chosun dynasty.. His noble birth make him a proud person. His birthplace was Seoul, but he have lived in Yongin, Kyunggi province. Especially he is a great-grandson of chief general, Lee Ju-guk who loved by king Jungjoe. Lee Jae-ui should carry out a duty of descendant offering sacrifice to his ancestors. That is a devout and unavoidable fate for him. Because he has a strong consciousness of offering sacrifice to his ancestors. He didn't go into government service at all. Instead of it, he made an effort to cultivate his morals and manage the family. Lee Jae-ui was taught chinese literature by Nam, you-do and the confucian scriptures by Ryu, Jung-mo in early years. During adult ages, he was a disciple of Park, yoon-won and Song, hwan-ki who are prominent scholars of confucianism. And then he promoted a friendship with lung, Jaw-meun Ann, ho Kim, young Sim, Ryu Song, Myung-hee lung, Yak-yong etc., they are his senior scholars. Whang, Gi-chun and Hong, Jik-pil, Lee, Man-jung and Sim, Du-young are Lee Jae-ui's best friends, First of all, he was known by lung, Yak-yong's argument parter of human nature. We hope that Lee Jae-ui's literature and thought is studied deeply sooner or later.
이종호,박철웅,한영민,고영성,이수용,양수석,이대성,전충환,장영준,신현동,한재원,Lee, Jong-Ho,Park, Chul-Woong,Han, Yeoung-Min,Ko, Young-Sung,Lee, Su-Yong,Yang, Soo-Seok,Lee, Dae-Sung,Jeon, Chung-Hwan,Chang, Young-June,Shin, Hyun-Dong,Ha 대한기계학회 2003 大韓機械學會論文集B Vol.27 No.8
Performance of a gas turbine combustor installed in a test facility has been studied by measuring spatially- and temporally-resolved temperature distributions using multiplex CARS technique. 500 CARS temperatures were determined at each measuring point to obtain a histogram of temperature distribution. Experiments were carried out in the aero-engine combustor sector rig burning standard kerosene fuel. The histograms were obtained around a triple-sector double annular rig running in ground idle conditions, showing features of flow mixing within the rig. The temperature histograms that prove the existence of high temperatures above 1900 K provide us valuable information to improve the design of the combustor structure suppressing NOx generation in turbulent combustion processes. The effects of swirl direction and pre-filmer on gas turbine combustion were investigated. When we installed radial swirls, a large recirculation zone was formed by the fuel module regardless of swirl directions and the pre-filmer installation. It is found that the swirl direction affects the shape of the reverse flow zone, however. Also, an attempt to estimate the flow field and flame structure is made using the histogram of temperature determined with the CARS technique.
이종호(Lee, Jong-Ho),안덕균(Ahn, Duk-Kyun) 백산학회 2009 白山學報 Vol.- No.83
The authors explained the hypothesis that Moonjong of Lee's Dynasty maybe died by the unexplaining treatment of the Medical Officer named JeonSoonEu. Moonjong had very slight desease called swelling, but Medical Officer gave him very poisonous Pinellia ternata in Pheasant meat, So he suddenly died in the three year of reign means very short period among the Lee's Dynasty. Generally Pheasant like to eat Pinellia ternata during the Summer, So If one want to eat the Pheasant meat must waite till the winter. Because during the winter Pheasant can't found the Pinellia ternata, so Pheasant meat not toxic. ... Who is the orderer, are not yet reaveled instead of JeonSoonEu. One cann't give the confidence as a prime mover of JeonSoonEu, because he is only one of the Medical Officier. So one thinks that probably SeJo, the younger brother, one of the most powerful king during the Lee's Dynasty is the main suspecter. Sejo killed the nephew Danjong, Son and succesor of MoonJong, and catch the reins of government by 'coup d'etat’. If Sejo connect with the Moonjong's died, maybe he is the only one suverean who killed the two kings overall the Korean history.
무선 MEMS 센서를 이용한 초고층 건물 수평 상시진동 계측의 유효성 평가
이종호,천동진,윤성원,Lee, Jong-Ho,Cheon, Dong-Jin,Yoon, Sung-Won 한국공간구조학회 2018 한국공간구조학회지 Vol.18 No.2
Recently, measuring instruments for SHM of structures had being developed. In general, the wireless transmission of sensor signals, compared to its wired counterpart, is preferable due to its absence of triboelectric noise and elimination of the requirement for cumbersome cable. However, the research on the tall buildings with relatively small vibration levels is insufficient. Therefore, in this paper, we used the wireless MEMS sensor and iPad to compare and analyze the vibration measurements of three tall buildings and two towers.
이종호,이승영,한재원,장영준,전충환,Lee, Jong-Ho,Lee, Seung-Young,Hahn, Jae-Won,Chang, Young-June,Jeon, Chung-Hwan 대한기계학회 2002 大韓機械學會論文集B Vol.26 No.7
Co-flow axisymmetric laminar premixed flame of methane was used to study the influence of air temperature and $N_2$ addition on the flame structure, temperature field and emission characteristics. OH 2-D images and temperatures along the centerline were measured experimentally by PLIF and CARS techniques respectively to observe the influences of dilution and thermal effects of $N_2$ in the gas mixture. Also, the concentration of NOx was measured at each condition by gas analyser to see the suppression effect of N2 addition on NOx emissions. It was found that OH concentrations distribute widely as air temperature goes higher, while the effect of $N_2$ addition is not significant. But $N_2$ addition highly contributes to the flame front and NOx emissions which was argued to be due to the reduction of flame temperature. In accordance with experimental study, numerical simulation using CHEMKlN code was carried out to compare the temperature results with those acquired by CARS measurement, and we could find that there is good agreement between those results.
TiO<sub>2</sub> 복합 광촉매의 표면 특성과 광촉매 효율
이종호,윤정일,김영직,오한준,Lee, Jong-Ho,Youn, Jeong-Il,Kim, Young-Jig,Oh, Han-Jun 한국재료학회 2014 한국재료학회지 Vol.24 No.10
To synthesize a high-performance photocatalyst, N doped $TiO_2$ nanotubes deposited with Ag nanoparticles were synthesized, and surface characteristics, electrochemical behaviors, and photocatalytic activity were investigated. The $TiO_2$ nanotubular photocatalyst was fabricated by anodization; the Ag nanoparticles on the $TiO_2$ nanotubes were synthesized by a reduction reaction in $AgNO_3$ solution under UV irradiation. The XPS results of the N doped $TiO_2$ nanotubes showed that the incorporated nitrogen ions were located in interstitial sites of the $TiO_2$ crystal structure. The N doped titania nanotubes exhibited a high dye degradation rate, which is effectively attributable to the increase of visible light absorption due to interstitial nitrogen ions in the crystalline $TiO_2$ structure. Moreover, the precipitated Ag particles on the titania nanotubes led to a decrease in the rate of electron-hole recombination; the photocurrent of this electrode was higher than that of the pure titania electrode. From electrochemical and dye degradation results, the photocurrent and photocatalytic efficiency were found to have been significantly affected by N doping and the deposition of Ag particles.