• (The)Study of the Eastern Classic
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• no.68
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• pp.145-171
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• 2017

This study aims to clarify the meaning of the Anapji which was one of the scenic places of historical interest during Silla Dynasty and of the Anapbupyeong(雁鴨浮萍) which was one of the greatest seven miracles (Dong-do-chil-gue(東都七怪) through appearance of the Anapji in poems. Anapji lies its original meanings on Anhaji(安夏池) and then it was shortened to Anji(雁池), apji(鴨池) while Dongho(東湖) has also been called since it is located in the South of Gyeongju. As of July 2011, the Ministry of Culture officially renamed Anapji and Imhaejeon Hall Site(臨海殿址) as the palace of Crown Prince-Gyonegju Donggung(慶州 東宮) and Wolji(月池) (Historical Site No. 18) and Wolji became the current name. While pond was made during Munmu of Silla, the name Anapji did not exist. Kim Si-Seup (1465~1471) in the early Chosun period referred to the pond as Anhaji(安夏池) and its name started being called as Anapji in the Geography of Korea (Sinjeung dongguk yeoji seungnam,(新增東國輿地勝覽)(Jungjong 25, 1530). Though modern scholar states that it was being called Anapji since there are always many ducks and wild geese in the pond, they fails to present the literature evidences. The author found the line in the poem -Anapji composed by writer Kim Chul Woo, which means that a wild duck and water bird get in and off the pond on their own and the record saying which means Dong-ho(東湖) from the phrase of Dongho-saw-sar-gi(東湖書社記) of Lee Su In(李樹仁)(1739-1822)-Confucian Scholar of Gyeongju was created due to the fact that many wild geese and ducks are flying over. Based on the facts foresaid, the literature evidences for the name of Anapji are presented in the paper. Anapji is a combined word between the Anapbupyeong(雁鴨浮萍) which is a flooding weed and Dong-do-chil-gue(東都七怪). Dong-do-chil-gue is an ancient form of Modern Eight Scenic Views. Eight Scenic Views -Gyeongju Parlgyong is just well-known as scenic places without grotesque elements Dong-do-chil-gue had before. However, the author also found the passage of Ilseongnok: Records of Daily Reflections saying that Anapji has a clod that is as wide as rock(盤石) and the clod also has moneywort on, which are undulating in the wind and clarified how the Anapbupyeong became one of the one of the greatest-seven miracles Dong-do-chil-gue and why the Anapbupyeong frequently appears in the poems of many writers.

• Proceedings of the Korean Society of Computer Information Conference
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• 2015.01a
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• pp.65-66
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• 2015

안압지에는 임해전이라는 정자가 있다. 임해전 내부에는 안압지 조감도가 중앙에 놓여 있고, 가장자리를 따라 안압지에서 출토된 유물들이 전시되어 있다. 그래서 안압지 관광 가이드 앱을 구현하려면 임해전 내부에서 사용자 위치를 판정하는 실내 측위 앱이 있어야 한다. 스마트폰 센서를 이용한 실내측위 방법으로 추측항법 방법이 가장 적당하다. 추측항법을 구현하려면 출발점 좌표를 알아야 하는데, 본 연구에서는 사용자가 임해전 내로 진입하는 순간을 포착하여 임해전 입구를 출발지점으로 지정한다.

• (The)Study of the Eastern Classic
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• no.55
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• pp.173-192
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• 2014

Through excavation on Anapji Pond from March 1975 to December 1976, it was discovered that the whole area around Anapji Pond had been called East Palace (東宮) since 7th century and that the original name of East Palace was Wolji Palace (月池宮) through excavation in 1980. The excavation proved that the original name of Anapji Pond was 'Wolji.' In academic world, there are many scholars who recognize this place as the Crown Prince's palace for being called East Palace. East Palace (which is read Dong Palace with pronunciation in Korean alphabet) actually is another name for Crown Prince's palace. This place, however, cannot have served as Crown Prince's palace as 'independent, exclusive space.' After 7th century, there were detached palaces in Silla including East Palace South Palace North Palace and Yang Palace other than Jeong Palace in Wolseong. East Palace is a palace located in the east. The palace's name is based on bearing and it does not indicate Crown Prince's palace. This article proves that East Palace cannot have been Crown Prince's palace through newly analyzing materials related to Wolji Palace.

• Journal of Yeungnam Medical Science
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• v.6 no.1
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• pp.81-86
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• 1989

These days the posterior chamber lens implantation following the extracapsular cataract extraction has become the standard procedure except those patients who can not take it in one reason or another. In past, however, the anterior chamber lens implantation was popular for sometimes. Even now in those patient complicated by vitreous loss, the anterior chamber lens implantation following anterior vitrectomy is indicated in some cases. We have become interested in the difference of the intraocular pressure change in the patients who underwent the uneventful extra-capsular cataract extraction followed by anterior chamber lens implantation in routine manner and in those whose extra-capsular cataract extraction were complicated by vitreous loss and eventually needed the anterior vitrectomy before the anterior chamber lens implantation. We reviewed the medical records of 15 cases of the former group and 11 cases of the latter one in 1986 through 1988. There was some difference in the postoperative pressure in the two groups, but it was not statistically significant.

• 보존과학연구
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• s.5
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• pp.100-119
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• 1984

• 보존과학연구
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• s.18
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• pp.74-81
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• 1997

• Korean Journal of Heritage: History & Science
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• v.13
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• pp.75-95
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• 1980

• Korean Journal of Heritage: History & Science
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• v.16
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• pp.247-262
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• 1983

• Journal of the Korea Institute of Information and Communication Engineering
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• v.15 no.4
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• pp.905-912
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• 2011

Interaocular pressure (IOP) sensor and external coil to detect the resonance frequency of the IOP sensor are designed and implemented using MEMS technology. The IOP sensor is designed using 3-D electromagnetic (EM) simulation. The resonance frequency of IOP sensor needs to be lower than that of the external coil. Additionally, the resonance frequency of the IOP sensor needs to be located near the resonance frequency of the coil to get the sufficient amplitude of phase variation. The frequency where the phase peak appears must be constant according to the distance between the IOP sensor and the external coil. From the measurement results, we demonstrated that the designed IOP sensor has the same resonance frequency with various distances between the IOP sensor and the coil.

• Journal of Yeungnam Medical Science
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• v.11 no.2
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• pp.277-283
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• 1994

We studied the change in intraocular pressure (IOP) in 15 consecutive cataract patients who underwent extracapsular cataract extraction and posterior chamber lens implantation between Feb. 1993 and Apr. 1993 to evaluate the effect of this surgery on postoperative IOP. To evaluate the clinical usefulness of non-contact tonometer, the intraocular pressures were measured with Kowa non-contact tonometer (TM-2000, Japan) as well as Goldmann applanation tonometer. There was a decrease in IOP of $3.4{\pm}2.9$mmHg (p<0.00l) 3 months after this surgery and the intraocular pressure differences between pseudophakic eyes and contralateral phakic eyes at 3 months postoperatively were $2.4{\pm}3.8$mmHg (p<0.05). The correlation coefficient between non-contact tonometer and Goldmann tonometer was 0.8876 (p=0.001) in the postoperative 76 eyes. Therefore, our results suggest that extracapsular cataract extracion and posterior chamber lens implantation alone can be a useful surgical method in cataract patient with ocular hypertension, and non-contact tonometer was relatively accurate in measuring the postoperative intraocular pressure.