• Title/Summary/Keyword: Adapted film

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中國眞實事件改編電影特性與社會互動關係硏究 - 以電影《盲山》爲例 -

  • Jeong, Ham-Uk;Bang, Su-Gyeong
    • 중국학논총
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    • no.72
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    • pp.201-222
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    • 2021
  • By analyzing the film context and taking the film "Blind Mountain", which adapted from a real event in China, as a template, this article aims to analyze the relationship between this type of film and the society from the characteristics of the film adapted from the real event and the relationship with the society after being adapted to films. From the perspective of characteristics, the author also analyzed that firstly, the interactive relationship of presentation is the film's exposure of the real "ugliness" and the perception of "beauty" in the real society. Secondly, the supporting interactive relationship not only enriches the social experience of film creators, but also enhances the film's ability to re-news. Thirdly, the pressure-type interaction is not only to regulate the power of social behavior, but also to promote the intangibility of social thought.

Examining Hegemony, Ideology, and Class in Mani Ratnam's Raavanan (2010)

  • Ilaiya Barathi Panneerselvam;Adrian Lee Yuen Beng
    • SUVANNABHUMI
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    • v.15 no.1
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    • pp.181-203
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    • 2023
  • Cultures often adopt the good versus evil dichotomy within their narratives of religious texts, aural anecdotes, and cultural mythologies. The Ramayana narrates a divine story that transcends time of the battle between the forces of good and evil, between Prince Rama and Ravana. Numerously adapted through time, the Ramayana is today told through moving visuals and has been adapted by Mani Ratnam through Raavanan (2010). Raavanan is adapted to the premise of hero versus villain using the good versus evil premise as Dev Prakash (Rama) searches to rescue his wife Raagini (Sita), who is abducted by Veeraiya (Ravana). The film, however, departs from the Ramayana as Raavanan is told through the perspective of Veeraiya. In the film, Veeraiya is portrayed as a flawed anti-hero who battles against injustice instead of being the antagonist. He seeks revenge for his sister and stands up against the oppression of his tribe. In this battle, he questions ideological understandings of justice and morality that have been conventionally interpellated within society. This paper discusses how Mani Ratnam, through the film Raavanan, contests hegemony, ideology, and class differences within modern cinema and society alongside the more significant question surrounding India's sociocultural conditions.

Polycrystalline silicon doping using antimony thin film as doping source (안티몬 박막을 도우핑소스로 찬 다결정실리콘 도우핑)

  • 이인찬;마대영;김상현;김영진;김기완
    • Proceedings of the Korean Institute of Electrical and Electronic Material Engineers Conference
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    • 1993.11a
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    • pp.55-59
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    • 1993
  • In this study, we developed new process for doping poly-Si film. Sb(antimony) thin film was used as doping source. Sb was evaporated on poly-Si film deposited by LPCVD fallowed by annealing. We investigate sheet resistance variation with annealing temperature and time. Finally we adapted this process to poly-Si TFT fabrication.

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The Aging-time change by the plasma-treatment of MgO film in AC-Plasma Display Panels

  • Seo, Gi-Weon;Kim, Jong-Bin;Park, Seung-Tea;Seo, Young-Woo;Kim, Sung-Gyu;Lee, Sang-Han;Lee, Chang-Joon;Kim, Dae-Young;Park, Min-Soo;Kim, Je-Seok;Ryu, Byung-Gil
    • 한국정보디스플레이학회:학술대회논문집
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    • 2005.07a
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    • pp.721-723
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    • 2005
  • We applied the Atmospheric Pressure Plasma (AP-plasma) to the MgO film to try to control the Aging-time on the PDP production-line. The MgO film surface and the discharge characteristics of AC-PDPs were investigated, using the plasma-treated MgO film. The Aging-time change can be achieved by treating the MgO film with plasma. This method can be adapted to the mass production-line.

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Magnetic Properties of High Electrical Resistive CoPdAlO Film for RF Device (높은 비저항을 갖는 RF 소자용 CoPdAlO 박막의 자기적 특성)

  • 김택수;이영우;김종오
    • Journal of the Korean Magnetics Society
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    • v.11 no.3
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    • pp.109-113
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    • 2001
  • Presently, an inductor adapted at MMIC (Monolithic Microwave Integrated Circuit) which is used for cellular phone or PHS operates at quasi-microwave range over 800 MHz. However, a W-CDMA (Wideband Code Division Multiple Access) will use about 2 GHz range. Therefore magnetic film device should be compatible up to 2 GHz. We have deposited Co-Pd-Al-O system film using rf sputtering method which is expected up to 2 GHz, and investigated the effect of Pd content and magnetic field annealing. When Pd composition is 19%, Hk was 118 Oe, and ${\mu}$′showed flat frequency characteristics up to 1.5 GHz. The Q factor (=${\mu}$′/${\mu}$") was 23.3 at 1 GHz, 6.7 at 1.5 GHz and 1.5 at 2 GHz, respectively. Resonance frequency was 2 GHz. Therefore Co-Pd-Al-O thin film could be used at over 1 GHz, and also expected as an inductor material for wide band CDMA type cellular phone.

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A Study on Comics Content into the Film Trend (만화의 영화화 흐름에 관한 연구)

  • Yoon, Kil-Heon;Lee, Won-Seok
    • Cartoon and Animation Studies
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    • s.11
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    • pp.1-10
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    • 2007
  • The trend of making film from the comic source, which is a prototype of so-called media mix, is indeed a different phenomenon from the traditional ones from novel or play sources. Historically comics are recently adapted to film although they have narratives and continuity of images. It is due to the lack of social conception of comics genre and extension of imagination that is a characteristics of the comics. However, it is conspicuous that comics has been a source of film along with the development of technology of visual image reproduction and the trend of enlarging reproduction of popular media image. Since comics can provide narratives and he visual sense for film making, these trend will be continued and more vivid.

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Elastohydrodynamic Lubrication of Line Contacts Incorporating Bair & Winer's Limiting Shear Stress Rheological Model (한계전단응력형태의 Bair & Winer 리올로지 모델을 사용한 선접촉 탄성유체윤활해석)

  • 이희성;양진승
    • Tribology and Lubricants
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    • v.14 no.1
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    • pp.85-93
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    • 1998
  • The Bair & Winer's limiting shear stress rheological model is incorporated into the Reynolds equation to successfully predict the traction and film thickness for an isothermal line contact using the primary rheological properties. The modified WLF viscosity model and Barus viscosity model are also adapted for the realistic prediction of EHD tractional behavior. The influences of the limiting shear stress and slide-roll ratio on the pressure spike, film thickness, distribution of shear stress and nonlinear variation of traction are examined. A good agreement between the disc machine experiments and numerical traction prediction has been established. The film thickness due to non-Newtonian effects does not deviate significantly from the fdm thicknesss with Newtonian lubricant.

Analysis of Mechanism for Photovoltaic Properties and Bypass Diode of Crystalline Silicon and CuInxGa(1-x)Se2 Module in Partial Shading Effect (결정질 실리콘 및 CuInxGa(1-x)Se2 모듈의 부분음영에 따른 태양전지 특성 변화 및 바이패스 다이오드의 작동 메커니즘 분석)

  • Lee, Ji Eun;Bae, Soohyun;Oh, Wonwook;Kang, Yoonmook;Kim, Donghwan;Lee, Hae-Seok
    • Korean Journal of Materials Research
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    • v.25 no.4
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    • pp.196-201
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    • 2015
  • This paper presents the impact of partial shading on $CuIn_xGa_{(1-x)}Se_2(CIGS)$ photovoltaic(PV) modules with bypass diodes. When the CIGS PV modules were partially shaded, the modules were under conditions of partial reverse bias. We investigated the characterization of the bypass diode and solar cell properties of the CIGS PV modules when these was partially shaded, comparing the results with those for a crystalline silicon module. In crystalline silicon modules, the bypass diode was operated at a partial shade modules of 1.67 % shading. This protected the crystalline silicon module from hot spot damage. In CIGS thin film modules, on the other hand, the bypass diode was not operated before 20 % shading. This caused damage because of hotspots, which occurred as wormlike defects in the CIGS thin film module. Moreover, the bypass diode adapted to the CIGS thin film module was operated fully at 60% shading, while the CIGS thin film module was not operated under these conditions. It is known that the bypass diode adapted to the CIGS thin film module operated more slowly than that of the crystalline silicon module; this bypass diode also failed to protect the module from damage. This was because of the reverse saturation current of the CIGS thin film, $1.99{\times}10^{-5}A/cm^2$, which was higher than that of crystalline silicon, $8.11{\times}10^{-7}A/cm^2$.

Experimental Aesthetics of "B" Film in Robert Florey's Works (로버트 플로리의 "B급" 영화에 나타난 실험적 미학)

  • Kim, Jae-Hong
    • The Journal of the Korea Contents Association
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    • v.18 no.8
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    • pp.671-678
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    • 2018
  • The term "B film" is contrasted to the term "A film" and it has started life since the Great Depression. Film industry had planned the double bills for the audience attraction; double bills means the release of A film and B film. While A's is made to make profits, B's film is made to meet the balance. B film has two features of low budget and low technology. Nevertheless B film has its own style and aesthetics and ironically has made the film more creative and innovative. Historically, it has been related to European and American avant-garde. Robert Florey who is worthy of notice among the early B film makers has adapted and integrated the expressionist and avant-garde styles into the American feature. He also preferred the greater liberty generally afforded "B" directors. Florey has directed Murders in the Rue Morgue and The Florentine Dagger due to the success of his experimental films. Murders in the Rue Morgue shows the style and aesthetics of avant-garde through horror genre and The Florentine Dagger shows the style and aesthetics of avant-garde through thriller genre.

Present Status of Thin Film Solar Cells Using Textured Surfaces: A Brief Review

  • Park, Hyeongsik;Iftiquar, S.M.;Le, Anh Huy Tuan;Ahn, Shihyun;Kang, Junyoung;Kim, Yongjun;Yi, Junsin;Kim, Sunbo;Shin, Myunghun
    • Transactions on Electrical and Electronic Materials
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    • v.17 no.5
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    • pp.275-279
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    • 2016
  • This is a brief review on light trapping in Si based thin film solar cells with textured surfaces and transparent conducting oxide front electrodes. The light trapping scheme appears to be essential in improving device efficiency over 10%. As light absorption in a thin film solar cells is not sufficient, light trapping becomes necessary to be effectively implemented with a textured surface. Surface texturing helps in the light trapping, and thereby raises short circuit current density and its efficiency. Such a scheme can be adapted to single junction as well as tandem solar cell, amorphous or micro-crystalline devices. A tandem cell is expected to have superior performance in comparison to a single junction cell and random surface textures appears to be preferable to a periodic structures.