• Title/Summary/Keyword: 15장

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SOLAS 제 15장 IP Code(산업인력 운송 선박에 대한 안전조치) 신설에 따른 교육 커리큘럼 개발에 관한 기초 연구

  • 김정민;홍정혁;류기탁;이준혁;조문교;김용태;이진우
    • Proceedings of the Korean Institute of Navigation and Port Research Conference
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    • 2023.05a
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    • pp.96-97
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    • 2023
  • IMO 해사안전위원회(MSC) 106차 회의를 통해 해상산업활동을 목적으로 이송되거나 수용되는 모든 탑승자는 운항 및 작업환경의 유해 위험요인에 대비할 수 있도록 승선하기 전 안전교육을 의무화 하는 내용이 SOLAS 협약 제 15장 IP Code라는 이름으로 제정되어 채택되었다. 이에 근거하여, 산업인력이 받아야 하는 교육내용 및 교육 미 수료자(미 자격 산업인력)에 대한 선장의 승선 거부에 대한 규정 등 이동 협약에 반영되어 있다. IP Code라고 지칭되는 동 협약은, '24년 7월부로 발효 예정이기에 그 전까지 해당 선박을 승선하는 산업인력을 위한 안전교육이 개설되어 운영되어야 한다. 해당 교육과 관련된 법적 요건 및 기존에 시행되고 있는 안전교육의 검토 등을 통해 동 교육 커리큘럼의 구성과 운영 방안을 제안하고자 한다.

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Polarization-Dependent Property of Long-Period Liquid Crystal Fiber Gratings (액정 장주기 격자의 편광 특성)

  • Baek, Seung-In;Jeong, Yoon-Chan;Kang, Jin-Gu;Lee, Byoung-Ho
    • Proceedings of the KIEE Conference
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    • 2002.11a
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    • pp.46-47
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    • 2002
  • 최근 액정을 주입한 속이 빈 광섬유(Hollow fiber)와 주기적인 전극을 이용하여 전기적으로 제어 가능한 장주기 격자에 대해서 보고된 바 있다. 액정의 중요한 특성 중의 하나는 그 광축이 외부의 전기장에 의해 동적으로 재배열된다는 점이다. 또한 액정은 광축에 따라 굴절률이 다른 비등방성 물질이기 때문에 광축의 배열에 따라, 그리고 입사하는 빛의 편광에 따라 그 빛이 느끼는 굴절률이 달라지게 된다. 본 논문에서는 입사하는 빛의 편광에 따른 액정 장주기 광섬유 격자의 특성에 대해 연구하였다. 주기적인 전극의 길이는 3 cm이고 주기는 500 ${\mu}m$ 이다. 액정을 주입한 속이 빈 광섬유의 길이는 15 mm 이다. 입사하는 빛이 이상(extraordinary) 편광 상태일 때 약 6 dB 의 투과 손실을 나타냈으며 그 대역폭은 약 15 nm 이었다. 이 때 외부에서 인가한 전압은 150 V 였다. 입사하는 빛이 정상(ordinary) 편광 상태일 때에는 액정의 유효 굴절률이 외부 전기장에 대해 변하지 않기 때문에 장주기 투과 특성을 얻을 수 없었다.

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Relationship among Elongation Periods of Young Spikes, Internodes and Leaf-sheaths in Wheat (Triticum aestivum L.) (소맥의 유수, 절간 및 엽초의 신장시기와의 관계)

  • 김석동;하용웅
    • KOREAN JOURNAL OF CROP SCIENCE
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    • v.27 no.3
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    • pp.238-242
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    • 1982
  • The growth of spike, internode and leaf sheath in winter wheat(Tritican vulgale Vill.) was investigated by measuring them 10 times from April 15 to May 30, with 5 days intervals, in 1980. The variety used was Glumil(Suweon #215) which was newly developed at Wheat and Barley Research Institute in Suweon, Korea. During the periods investigated, the spike elongated from 0.6cm to 8.3cm. The spike began to elongate rapidly from 20 days before heading (April 25) and finished nearly off the elongation at 5 days before heading (May 10). The length of the spike showed highly significant correlation with that of 3rd internode ($r=0.974^{***}$), and. with that of first leaf sheath($r=0.954^{***}$) from the top of wheat plant. Correlation between the length of the 3rd internode and that of the first leaf sheath was also very high($r=0.995^{***}$). A major elongation of the spike occurred concurrently with the elongation of the third internode and with that of the first leaf sheath.

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Effects of Locations and Planting dates on Disease Occurrence and Germination Rate of Seeds in Vegetable Soybean (재배지역 및 파종기가 풋콩종실의 발병정도 및 발아율에 미치는 영향)

  • Kim, Hong-Sig;Hong, Eun-Hi;Kim, Seok-Dong;Ryu, Yong-Hwan
    • KOREAN JOURNAL OF CROP SCIENCE
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    • v.41 no.2
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    • pp.178-187
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    • 1996
  • This study was conducted to obtain the basic informations for producing high quality seeds of vegetable soybeans. Four vegetable soybean cultivars, 'Okharawase', 'Mikawashima', 'Hwaeomputkong', and 'Seokryangputkong' were planted at four locations, Chulwon(altitude, 192m) and Pyeongchang(altitude, 370m) in highland, and Suwon(altitude, 37m)and Daegu(altitude, 55m) in lowland of Korea with two planting dates, May 15 and June 15. Seed infection rates were attributed by in order of phomopsis seed decay caused by Phomopsis spp., seed mottling caused by soybean mosaic virus (SMV), purple seed stain caused by Cercospora kikuchii. Seed infectron rate was the lowest at Pyeongchang and lower on June 15 than on May 15 planting. Phomopsis seed decay by Phomopsis spp. was lower in highland of Korea, Pyeongchang and Chulwon, than in lowland of Korea, Suwon and Daegu. Seed infection rate was also lower on June 15 planting than on May 15, and in seeds harvested at maturity than at ten days after maturity. Germination rate of seeds harvested in highland, Pyeongchang and Chulwon, after six to seven month storage at 5$\pm$1$^{\circ}C$ was more than 90% and higher than that of the seeds in lowland, Suwon and Daegu. Germination rate was also higher on June 15 than on May 15 planting.

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INTERVIEW-중국 제남시 장건국 시장

  • O, Hye-Eun
    • The Magazine for Energy Service Companies
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    • s.47
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    • pp.30-33
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    • 2007
  • 지난 6월 15일, 한.중 에너지절약협력사업을 본격화 하기 위한 '2007 중국 제남시 기업에너지절약 협력사업 설명회'가 개최됐다. 제남지 장건국 시장에게 이번 설명회의 의미에 대해 들어봤다.

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바람직한 부화를 위한 계획들(I)

  • 홍광표
    • KOREAN POULTRY JOURNAL
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    • v.19 no.8 s.214
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    • pp.108-114
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    • 1987
  • 작업능률을 올릴 수 있고 인원의 효율적 관리를 위해서, 그리고 고른품질이 유지되고 오염되지 않은 초생추 생산을 위해 이제 부화장 건축은 과학적이고 통계적 바탕위에 시행되어야 한다. 적어도 15년에서 20년은 넉넉히 견딜 수 있게 부화장은 설계되고, 사용하는 데 부족함이 없이 부화기는 선택되어야 한다.

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People Inside - 손후진 지회장(본회 대구경북도지회)

  • Im, Seol-Hui
    • KOREAN POULTRY JOURNAL
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    • v.54 no.6
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    • pp.116-118
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    • 2022
  • 지난 5월 3일 제 14·15대 대구경북도지회 이·취임식에서 손후진 신임 지회장이 대구경북도지회장으로 선출되면서 본격적인 활동을 시작했다. 본지는 손후진 경북도지회장을 만나 앞으로의 도지회 운영에 대해 들어보았다.

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The Consideration of Bolus Effects of Games Attached on Lesion area (환부 부착용 거즈의 Bolus Effect에 관할 고찰)

  • Park JuYoung;Ju SangKyu;Park YoungChul;Han YoungYi;Shin EunHyuk;Park YongHwan
    • The Journal of Korean Society for Radiation Therapy
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    • v.16 no.1
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    • pp.51-56
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    • 2004
  • The aim of this study is to evaluate the effect of skin dose and PDD by using wounds protecting gauzes or Vaselinespread gauzes. And it was studied that the possibility to substitute custom bolus into gauzes. 4MV photon (CL600C, varian, US), Polystyrene Phantom (30(W) X30(L) X 30(H)) with Markus chamber(PTW, US) were used for dose measurement. This study was distinguished natural gauzes and spread over Vaseline gauzes. We gave variety to the gauze thickness at 5, 10 and 15 sheets respectively. For comparison between using bolus and not that, we had used 1.0 cm thickness bolus so that analyzed surface dose and PDD at the same conditions above mentioned. When maximum point was defined as reference point, surface dose was measured as $35\%$ in open beam. When the gauzes were attached to surface as 5, 10 and 15 sheets, surface dose were increased as 69, 80 and $91\%$ respectively according to thickness of gauzes. When spread over Vaseline gauzes were attached to surface as 5, 10 and 15 sheets, surface dose were increased respectively as 98, 100 and $98\%$ according to thickness of gauzes. Also when 0.5 cm bolus and 5 sheets gauzes were composed, surface dose was measured as $98\%$. The gauzes that were attached to skin surface in radiation therapy had been scattering material and contributed increasing surface dose without variation of percentage depth dose. However, if we want to delivery much dose to skin surface then we have to apply many sheets of gauzes to skin surface. Although we get easy that result by bolus or spread over Vaseline gauzes, we have to revise percentage depth dose at calculation. Therefore, if we find pertinent conditions based on measured data that are considered skin dose and patient setup efficiency, to replace custom bolus with gauzes will be helpful to efficient treatment.

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Jang(Fermented Soybean) in Official and Royal Documents in Chosun Dynasty Period (조선조의 공문서 및 왕실자료에 나타난 장류)

  • Ann, Yong-Geun
    • The Korean Journal of Food And Nutrition
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    • v.25 no.2
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    • pp.368-382
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    • 2012
  • This paper investigated the system that is relevant to Jang(fermented soybean paste or solution), the relief of hunger-stricken people by Jang, 33 kinds of Jang, and its consumption in the documents, such as the annals of the Chosun Dynasty, Ihlseong-document, Seungjeongwon daily, Uigwe(record of national ceremony), official documents on the basis of Kyujanggak institute for the Korean studies and data base of Korean classics. There are lots of Jang named after the place of particular soybean's production from the ancient times. Jang, soybean, salt and Meju(source of Jang), during the Dynasty, were collected as taxation or tribute. In the 5th year of Hyeonjong(1664), the storage amount of soybean in Hojo(ministry of finance) was 16,200 $k{\ell}$, and its consumption was 7,694 $k{\ell}$ a year. In the 32nd year of Yongjo(1756), the 1,800 $k{\ell}$ of soybean was distributed to the people at the time of disaster, and in his 36th year(1756), the 15,426 $k{\ell}$ of soybean was reduced from the soybean taxation nationwide. The offices managing Jang are Naejashi, Saseonseo, Sadoshi, Yebinshi and Bongsangshi. Chongyoongcheong(Gyeonggi military headquarters) stored the 175.14 $k{\ell}$ of Jang, and the 198 $k{\ell}$ of Jang in Yebinshi. There are such posts managing Jang as Jangsaek, Jangdoo, and Saseonsikjang. In the year of Jeongjong(1777~1800), the royal family distributed the 3.6 $k{\ell}$ of Meju to Gasoon-court, Hygyeong-court, queen's mother-court, queen's court, royal palace. The 13.41 $k{\ell}$ of Gamjang(fermented soybean solution) was distributed to the Gasoon-court, 17.23 $k{\ell}$ to Hegyeong-court, 17.09 $k{\ell}$ to the queen's mother-court, and the 17.17 $k{\ell}$ to the queen's court each. There are 112 Jang-storing pots in the royal storages, and the 690 are in Namhan-hill, where the 2.7 $k{\ell}$ of fermented Jang was made and brought back by them each year. At the time of starvation, Jang relieved the starving people. There are 20 occasions of big reliefs, according to the annals of the Chosun Dynasty. In the 5th year of Sejong(1423), the 360 $k{\ell}$ of Jang was given to the hunger-stricken people. In his 6th year(1424), the 8,512.92 $k{\ell}$ of rice, bean, and Jang was provided and in the 28th year(1446), the 8,322.68 $k{\ell}$ of Jang was also provided to them. In the Dynasty, Jang was given as a salary. In case that when they were bereaved, they didn't eat Jang patiently for its preservation. They were awarded for their filial piety. In the annals of the Chosun Dynasty, there are 19 kinds of Jang. They are listed in the order of Jang(108), Yeomjang(90), Maljang(11), Yookjang(5), Gamjang(4), and etc.,. In Seungjeongwon daily, there are 11 kinds of Jang. Jang(6), Cheongjang (5), Maljang(5), and Tojang(3) are listed in order. In the Ihlseong-document, there are 5 kinds of Jang. They are listed in Jang(15), Maljang(2), Gamjang(2), and etc.,. There are 13 kinds of Jang in Uigwe, and the official documents, in the order of Gamjang(59), Ganjang(37), Jang(28), Yeomjang(7), Maljang(6), and Cheongjang(5). In addition, shi are Jeonshi(7), and Dooshi(4). All these are made of only soybean except, for Yookjang. The most-frequently recorded Jang among anthology, cookbook, the annals of the Chosun Dynasty, Ihlseong-document, Seoungjeongwon daily, Uigwe, or official document is Jang(372), and then Yeomjang(194), Gamjang(73), Cheongjang(46), Ganjang(46), Soojang(33), and Maljang(26), which were made of soybean. Jang from China in cookbook is not in anthology and royal palace documents. Thus, traditional Jang made of soybean was used in the daily food life in the royal court, and in the public during the Chosun period.