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김주필(Joo Pil Kim),김대희(Dae Hee Kim),지승환(Seung Hwan Ji),지성현(Sung Hyun Ji) 한국거미연구소 2017 한국거미 Vol.33 No.2
2017년 7월 4일부터 6일까지 경상남도 거제시 거제도 일대를 김주필, 김대희, 지승환, 지성현, 최라미, 이영경 등 한국거미연구소 회원들이 주야로 채집한 결과, 총 23과 56속 75종이 조사 연구되어 이에 발표하는 바이다. 채집한 표본은 주필거미박물관에 보관하였다. From July 4 to 6 in 2017. Joo-Pil Kim, Dae-Hee Kim, Seung-Hwan Ji, Sung-Hyun Ji, Ra-Mi Choi, Yeong-Gyeong Lee, the members of The Arachnological Institute of Korea investigated the spiders in the whole area of Geoje city, Geoje-do, Gyeongsangnam-do and report 23 Family 56 Genus 75 Species of spiders. The collected spiders are placed (stored) in the Joo-Pil Spider museum.
Joo‑Youl Huh,Min‑Je Hwang,Seung‑Woo Shim,Tae‑Chul Kim,Jong‑Sang Kim 대한금속·재료학회 2018 METALS AND MATERIALS International Vol.24 No.6
The reactive wetting behaviors of molten Zn–Al–Mg alloys on MnO- and amorphous (a-) SiO2-covered steel sheets wereinvestigated by the sessile drop method, as a function of the Al and Mg contents in the alloys. The sessile drop tests werecarried out at 460 °C and the variation in the contact angles (θc) of alloys containing 0.2–2.5 wt% Al and 0–3.0 wt% Mg wasmonitored for 20 s. For all the alloys, the MnO-covered steel substrate exhibited reactive wetting whereas the a-SiO2-coveredsteel exhibited nonreactive, nonwetting (θc > 90°) behavior. The MnO layer was rapidly removed by Al and Mg contained inthe alloys. The wetting of the MnO-covered steel sheet significantly improved upon increasing the Mg content but decreasedupon increasing the Al content, indicating that the surface tension of the alloy droplet is the main factor controlling its wettability. Although the reactions of Al and Mg in molten alloys with the a-SiO2 layer were found to be sluggish, the wettabilityof Zn–Al–Mg alloys on the a-SiO2 layer improved upon increasing the Al and Mg contents. These results suggest that thewetting of advanced high-strength steel sheets, the surface oxide layer of which consists of a mixture of MnO and SiO2,withZn–Al–Mg alloys could be most effectively improved by increasing the Mg content of the alloys.
Development of a Chest‑Belt‑Type Biosignal‑Monitoring Wearable Platform System
Joo‑Hyeon Lee,Hyun‑Seung Cho,Jin‑Hee Yang,Sang‑Min Kim,Jeong‑Whan Lee,Hwi‑Kuen Kwak,Je‑Wook Chae 대한전기학회 2020 Journal of Electrical Engineering & Technology Vol.15 No.4
The purpose of this study was to develop a wearable platform system that can detect and acquire a soldier’s biosignals (i.e., heart activity signal, respiration rate, etc.) in a nonrestrained, unconscious manner. These detected biosignals are transmitted to a processing device to analyze and monitor the soldier’s physical status. To achieve this, textile-based heart activity electrodes and a strain gauge sensor for the respiration signal measurement were developed, and their performances in detecting each signal were verifed. These sensors were embedded in a chest belt to design a wearable platform that can simultaneously measure heart activity and respiration signals. The sensor part of the chest belt has a dual layer structure to detect high-quality signals. Stretch fabric was used on the outer layer and a respiration sensor was attached to the belt. On the inside layer, a non-stretch fabric was used as the base fabric and a heart activity-sensing electrode, that is capable of taking measurements using a modifed lead-II heart activity signal induction method, was embroidered onto the fabric. Subjects were asked to wear the chest belt, and a biosignal processor module was attached to verify the system’s performance while simultaneously acquiring the heart activity and respiration signals. More specifcally, it was confrmed that the two signals were detected in a stable. It is expected that the biosignal-monitoring wearable platform system developed in this study will be able to efectively analyze and monitor soldiers’ biosignals.
김주필(Joo Pil Kim),최한석(Han Seak Choi),김대희(Dae Hee Kim),지승환(Seung Hwan Ji),이형민(Hyung Min Lee),변진관(Jean Koan Byun),이형진(Hyung Jeen Lee),조형진(Hyung Jeen Jo),한정혁(Jung Huk Han),이태후(Tae Hoo Lee),조윤규(Yoon Kyu Jo 한국거미연구소 2018 한국거미 Vol.34 No.2
2018년 7월 26일부터 28일까지 울릉도 나리분지, 독도 지역을 주야로 한국거미연구회 회원 17명(김주필, 최한석, 김대희, 지승환, 이형민, 변진관, 조형진, 이형진, 이태후, 한정혁, 조윤규, 조원규, 이현동, 이윤정, 조용하, 윤혜원, 이용화)이 채집한 결과 20과 43속 60종이 채집되어 이에 보고 발표하는 바이다. From July 26 to 28 in 2018. Koran Arachnological Study members investigated the Spiders in the Ulleung Island (Gyeongsangbuk-do, Ulleung-gun), and reported 20 Families, 43 Genus 60 Species of spiders. The collected spiders are placed (stored) in the Joo-Pil Spider museum.
중국산 중생대 후기 거미화석(거미목 : 꼬마거미과) 고찰
김주필(Joo Pil Kim),지승환(Seung Hwan Ji),최원문(Won moon Choe) 한국거미연구소 2017 한국거미 Vol.33 No.2
중국 지린성(吉林省) 남부 지역인 랴오위안(Liaoyuan) 탄광 도시인 중생대 후기 셰일(Shales) 지층인 Yixian 층에서 발굴된 꼬마거미과 일종인 Theridiidae sp를 보고한다. This paper report one species, Theridiidae sp. Type Specimen Araneidae sp. was excavated from Lyaoyuan, Jilin China. Inside a stratum the Mesozoic eva (creataceous period). Type Specimen of Lycosidae sp. is deposite at the Joo-pil spider museum. Namyangjoo-si, Gyeongi-do.
김주필(Joo Pil Kim),최한석(Han Seak Choi),예용택(Yong Taek Ye),예성훈(Seong Hun Ye),김태우(Tae Woo Kim),김대희(Dae Hee Kim),지승환(Seung Hwan Ji),지성현(Sung Hyun Ji),이형민(Hyung Min Lee),변진관(Jin Kwan Byun),조주완(Joo Whan Jo),박솔 한국거미연구소 2017 한국거미 Vol.33 No.2
한국거미연구회 회원들은 2017 년 8월 2일부터 3일까지 인천광역시 남동구 소재 소래습지생태공원을 김주필, 최한석, 예용택, 예성훈, 김태우, 김대희, 지승환, 지성현, 변진관, 이형민, 조주완, 박솔민, 이형진, 이태후, 이승후, 조윤규, 조원규, 이준이, 신정애, 이영경, 최라미, 이윤정, 이용화, 한주연, 윤혜원, 김형주 등 26명이 주야로 채집한 결과 14과 38속 50종을 발표 보고하는 바이다. From August 2 to 3 in 2017. Koran Arachnological Study members investigated the Spiders in the whole area Incheon Namdong-gu, and reported 14 Families, 38 Genus 50 Species of spiders. The collected spiders are placed (stored) in the Joo-Pil Spider museum.
김주필(Joo Pil Kim),예용택(Yong Taek Ye),오종화(Jong Hwa Oh),예성훈(Seong Hun Ye),성민규(Min Gyu Seong),이정준(Jeong Jun Lee),김태우(Tae Woo Kim),김대희(Dae Hee Kim),지승환(Seung Hwan Ji),이형민(Hyeong Min Lee) 한국거미연구소 2016 한국거미 Vol.32 No.1
2015년 8월 3일부터 5일까지 한국거미연구회 회원들은 강원도 삼척시 육백산을 채집 조사한 결과 22과 49속 63종이 채집 조사되어 이에 보고하는 바이다. The authors investigated the spiders of the Mt. Yukbaek from August 3th to August 5th, 2015. In the present paper 63 species of 49 genera belong to 22 families were identified. These specimens are deposited at the Joo-Pil Spider Museum, Namyangju-Si, Gyeonggi-Do.
백승희,오윤정,최영화,신승수,박광주,황성철,박주헌 대한감염학회 2006 감염과 화학요법 Vol.38 No.4
폐렴구균 균혈증에 합병된 심내막염은 드문 경우로 페니실린이 사용된 1940년대 이후로 전체의 1% 이하로 감소하였고, 주로 알코올 중독자에게 잘 발생한다. 저자들은 부비동염과 폐렴구균에 의한 균혈증으로 내원하여 항생제 치료 중 폐렴 및 대동맥 판막에 세균성 심내막염이 발생하여 대동막 판막 치환술 및 승모판 성형술 시행을경험하였기에 문헌 고찰과 함께 보고하는 바이다. Streptococcus pneumoniae has been a rare cause of endocarditis in the postantibiotic era. The incidence of pneumococcal endocarditis now accounts for less than 3% of all cases and most often occur in patients with risk factors, especially alcoholism. We report the case of a 68-year-old male with acute infective endocarditis due to Streptococcus pneumoniae. We stressed the low frequency of this agent as a cause of endocarditis and the atypical evolution of this case.
김주필(Joo Pil Kim),지승환(Seung Hwan Ji),이형민(Hyung Min Lee) 한국거미연구소 2017 한국거미 Vol.33 No.1
2016년 7월 23일부터 24일, 8월 13일, 2회 한국거미연구회 회원 김주필, 지승환, 이형민 등이 서울특별시 영등포구 한강내의 밤섬을 채집조사한 결과 12과, 29속, 45종의 거미류가 조사 연구되어 이에 보고하는 바이다. The author investigated the spiders of Barn island in July 23~24.2016, August 13, 2016. In the present paper 45 species of 29 genera belongs to 12 families were identified. These specimens are deposited at the Joo-Pil Spider Museum, Namyangju-Si, Gyeonggi-Do.
김주필(Joo Pil Kim),최한석(Han Seak Choi),지승환(Seung Hwan Ji),김대희(Dae Hee Kim),변진관(Jean Koan Byun),이형민(Hyung Min Lee),조형진(Hyung Jeen Jo),이형진(Hyung Jeen Lee),이태후(Tae Hoo Lee),한정혁(Jung Huk Han),조윤규(Yoon Kyu Jo 한국거미연구소 2018 한국거미 Vol.34 No.2
2018년 7월 27일부터 독도 지역을 한국거미연구회 회원 17명(김주필, 최한석, 김대희, 지승환, 이형민, 변진관, 조형진, 이형진, 이태후, 한정혁, 조윤규, 조원규, 이현동, 이윤정, 조용하, 윤혜원, 이용화)이 채집한 결과 7과 9속 12종이 채집되어 이에 보고 발표하는 바이다. 2018 July 27th, Koran Arachnological Study members investigated the Spiders in the whole area Dok Island (Gyeongsangbuk-do, Ulleung-gun), and reported 7 Families, 9 Genus 12 Species of spiders. The collected spiders are placed (stored) in the Joo-Pil Spider museum.