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      • KCI우수등재

        키토산으로 처리한 직물의 태의 변화에 관한 연구(III) - 키토산 처리조건 변화에 따른 면직물의 태변화 -

        김종준,전동원,Kim, Jong-Jun,Jeon, Dong-Won 한국섬유공학회 1997 한국섬유공학회지 Vol.34 No.10

        Cotton fabric was treated with chitosan samples having high viscosity of 930 cps or low viscosity of 8 cps. The pick-up% levels by fabric samples of chitosan solution in 1% acetic acid were varied (80% and 110%). Effects of oven curing and room drying methods were also compared after chitosan solution treatment of the fabric. NaOH solution treatment and crosslinking by epichlorohydrine were also incorporated in the treatment procedure. Chitosan treatment increased bending rigidity of treated cotton fabrics and changed several other physical and mechanical properties of the fabric. The introduction of epichlorohydrine was effective with the NaOH solution process, while less effective with the oven-curing process. Tensile strength change was almost unnoticeable with the chitosan treatment.

      • KCI등재

        개항기 일본 상인의 울릉도 침탈과 염상 김두원 사건

        김종준 동북아역사재단 2013 東北亞歷史論叢 Vol.- No.42

        This study re-examines the commercial situation in Ulleungdo at thetime of the opening of Korean ports through the salt merchant KimDuwon’s whereabouts in Wonsan. There was a method by which woodin Ulleungdo went to salt producers on the Gyeongsang Province coastand was purchased there for return to Ulleungdo to be sold for storage. In addition, commercial groups in Ulleungdo were formed in a multi-layerstructure through Japanese. Koreans also participated in thesecommercial transactions. In conclusion, it may be stated that productsfrom this area went to other areas on a large scale. Also, in business transactions the problem of how to view theactions of Japanese merchants was examined. Since the development ofUlleungdo, Koreans considered Japanese residence there to be illegal,and the commercial acts by Japanese people, too, were consideredillegal. However, there were no means to prevent Japanese commercialacts, and the people living in Ulleungdo, who depended upon Japanesefor their transportation, were forced to endure plunder by Japanese. In particular, immediately preceding Imperial Order No. 41, whichstipulated relations with Ulleungdo in September 1900, both countrieshad sharp discussions on the problem of expelling Japanese people from Ulleungdo. At the time, the Japanese side asserted that Japanesecommercial acts were done at the request of people living in Ulleungdoand thus requested that the Korean side impose a tariff. In reply to theJapanese assertion, the Korean government stated that Japanesecommercial acts were in violation of the treaty. Of course, the reasonthat the Japanese side pushed forward with such commercial acts wasnot for the Japanese people who went to Ulleungdo, but rather to hold adominant position in the confrontation with Russia. This was alsoindirectly related to the background in which Japanese sought toplunder the right to possess Dokdo.

      • KCI등재

        광무양안의 자료적 성격 재고찰

        김종준 서울대학교 규장각한국학연구원 2010 한국문화 Vol.51 No.-

        This study summarized the flow and point at issue of Gwang-mu Yangan(光武量案) research history. Up to now, the study on Gwang-mu Yangan has made considerable achievements, but recently is not so good. This is mainly because of confrontation between schools, and I think that the point at issue can’t progress unless the relevant researchers return to the initial consciousness of a problem, that is, the problem of how to understand the materials named Gwang-mu Yangan. In the future, it would be necessary to restore the contemporary agricultural reality and ownership․management scope, etc. through Gwang-mu Yangan, and to collect a variety of relevant materials and seek a new methodology for utilizing them in the study on local history. Next, this study outlined the features of the type and contents of Gwang-mu Yangan. First I divided Gwang-mu Yangan stored in Kyujanggak into three forms of Yangji Amun(量地衙門), that is, Middle & initial copy(中草本), Fair copy(正書本) and Jigye Amun(地契衙門) form, and again classified them by areas and times to make a table. Then, features by forms were more classified, and the size of books by forms and the number of books by Myeon(面) were analyzed. Also, in relation to the order of books, it was found that the classification system performed by Imperialist Japan needs to be re-adjusted. With regard to the contents, it is noted that there was a more positive attempt to grasp Jinjeon(陳田) in Jigye Amun form. In relation to that, the real aspect about Jinjeon was analyzed centering around Gyeonggi-do(京畿道). In most case of Gyeonggi-do Yangji Amun form, the ratio of Silgyeol(實結, actually cultivated land) grasp of more than 99.85. In addition to that, it was confirmed through cases of Gwangjubu(廣州府) that, in Yangan of Yangji Amun form, individual land was not checked one by one whether or not it was really cultivated, but a large tract of land was recorded as Jinjeon for some special reason.

      • KCI우수등재

        침염직물의 염색품위 평가 기초연구

        김종준 한국섬유공학회 1995 한국섬유공학회지 Vol.32 No.11

        Dye-specks such as streaks, barre, or bands pose serious quality problems in final textile products. Image processing and analysis techniques have been applied to the objective evaluation of the fabric in terms of fabric detects. Histogram analysis of the fabric yarn scale image effers fundamental information of the overall image, while the luminance profile plot of firs specific information of the streaky area within the image. Streak length, area, and the distribution meascrements through image processing techniques such as histogram equalization, thresholding, binarization were carried out. 24imensional fiequency analysis such as FFT(int courier transformation) gives detailed view of the streak pattern and the fabric structure itself These analyses results might provide numerical bases for the possible criteria of the fabric quality evaluation.

      • KCI우수등재
      • KCI우수등재

        키토산으로 처리한 면직물의 때의 변화에 관한 연구

        김종준,김신희,전동원,Kim, Jong-Jun,Kim, Sin-Hui,Jeon, Dong-Won 한국섬유공학회 1995 한국섬유공학회지 Vol.32 No.8

        High purity chitosan, a natural biodegradable polymer, was used as a staling material for obtaining three di9:rent molecular weight chitosans(830, 46, 8 cP). From these three different chitosans, solutions were prepared using acetic acid as a solvent, changing treatment concentration(0.05%~ 1.0%). Conon woven fabric samples were dipped, pre-dried, neutralized, and heat-set. The mechanical, physical properties of the chitosan treated fabrics, including tensile, shear, bending compression, surface friction, air permeability, and white index, were determined. The increase in the chitosan viscosity and chitosan concentration lowered WT(tensile energy) reading of the treated fabrics, and increased shear rigidity, bending rigidity, bending hysteresis. Yellowing of the treated fabrics was not noticeable, since the purity of the chitosan was high enough.

      • KCI등재

        SOI NMOSFET을 이용한 Photo Detector의 특성

        김종준,정두연,이종호,오환술 한국전기전자재료학회 2002 전기전자재료학회논문지 Vol.15 No.7

        In this paper, a new Silicon on Insulator (SOI)-based photodetector was proposed, and its basic operation principle was explained. Fabrication steps of the detector are compatible with those of conventional SOI CMOS technology. With the proposed structure, RGB (Read, Green, Blue) which are three primary colors of light can be realized without using any organic color filters. It was shown that the characteristics of the SOI-based detector are better than those of bulk-based detector. To see the response characteristics to the green (G) among RGB, SOI and bulk NMOSFETS were fabricated using $1.5\mu m$ CMOS technology and characterized. We obtained optimum optical response characteristics at $V_{GS}=0.35 V$ in NMOSFET with threshold voltage of 0.72 V. Drain bias should be less than about 1.5 V to avoid any problem from floating body effect, since the body of the SOI NMOSFET was floated. The SOI and the bulk NMOSFETS shown maximum drain currents at the wavelengths of incident light around 550 nm and 750 nm, respectively. Therefore the SOI detector is more suitable for the G color detector.

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