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Thompson, Anthony 한국도서관협회 1971 圖協月報 Vol.12 No.7
이 기사는 국제도서관협회연맹 전 사무총장 Anthony Thompson씨가 General Council of IFLA, thirty-sixth session, 1970란 표제로 Unesco Bulletin for Libraries, vol.25 (March-April 1971), p.87-90에 기고한 것을 우리말로 옮긴 것이다.
Considerations for the incorporation of measured surfaces in finite element models.
Thompson, Mary Kathryn,Thompson, John M Gerhard Witzstrock Pub. House 2010 Scanning Vol.32 No.4
<P>This work discusses some of the benefits, techniques, challenges, and considerations associated with the incorporation of measured surfaces in finite element (FE) models including how much surface data to measure and import into the model, the shape of the surface geometry to create, the presence and effect of surface layers and impurities, the required mesh density for rough surfaces, the nature of the element formulations and material properties at small length scales, the differences between measurement and FE coordinate systems, the limitations and idealizations of the FE method, issues associated with boundary conditions and their ability to impose or prevent conformal contact, and issues associated with the size of the pinball region and the contact stiffness relative to the nature of the surface. It also describes some current and future research directions that can be used to validate and expand existing techniques and to improve our understanding of surface phenomena. SCANNING 32: 183-198, 2010. © 2010 Wiley Periodicals, Inc.</P>
Information Asymmetry, Time until Deal Completion and Post-M&A Performance
( Ephraim Kwashie Thompson ),( Changki Kim ) 한국파생상품학회(구 한국선물학회) 2020 선물연구 Vol.28 No.3
This paper aims to show that information asymmetry plays a vital role in the post-M&A performance-time until deal completion nexus. The findings are that the due diligence hypothesis and the overdue hypothesis proposed and tested in Thompson and Kim (2020) are influenced by the information asymmetry of the target during the negotiation process. Thus, mergers that involve more opaque targets that take a shorter time to close perform better, whereas those that take too long to close experience poor post-M&A performance. Conversely, there is no such effect when the mergers involve targets that are transparent and not plagued with large information asymmetry problems. These results hold for the short-term supporting the evidence that information asymmetry problems are severe before the merger is consummated and become attenuated post-merger.
Thompson Laverne R. 대한간호협회 1966 대한간호 Vol.5 No.3
아기들은 출생 첫날부터 모르는 사이에 미생물에 대해서 숙주로써의 역할을 하게된다. 이들 미생물 중의 어떤 것은 아기의 가장 좋은 친구가 되기도 한다. 왜냐하면 아기를 병들게 하는 대신에 아기로 하여금 병에 대해서 저항력을 갖게 하기 때문이다. 반면 병원성균은 드물게 존재하며, 항상 위험하다. 여기 세균학자인 간호원이 널리 퍼지고 위험한 미생물, 그들의 습성, 침입해오는 방법을 서술하였고, 안전한 신생아 실을 유지하는 방법을 서술했다.
Thompson, Zachary J.,Stickel, Andrew,Jeong, Young-Gyun,Han, Sanghoon,Son, Byung Hee,Paul, Michael J.,Lee, Byounghwak,Mousavian, Ali,Seo, Giwan,Kim, Hyun-Tak,Lee, Yun-Shik,Kim, Dai-Sik American Chemical Society 2015 NANO LETTERS Vol.15 No.9
<P>We demonstrate that high-field terahertz (THz) pulses trigger transient insulator-to-metal transition in a nanoantenna patterned vanadium dioxide thin film. THz transmission of vanadium dioxide instantaneously decreases in the presence of strong THz fields. The transient THz absorption indicates that strong THz fields induce electronic insulator-to-metal transition without causing a structural transformation. The transient phase transition is activated on the subcycle time scale during which the THz pulse drives the electron distribution of vanadium dioxide far from equilibrium and disturb the electron correlation. The strong THz fields lower the activation energy in the insulating phase. The THz-triggered insulator-to-metal transition gives rise to hysteresis loop narrowing, while lowering the transition temperature both for heating and cooling sequences. THz nanoantennas enhance the field-induced phase transition by intensifying the field strength and improve the detection sensitivity via antenna resonance. The experimental results demonstrate a potential that plasmonic nanostructures incorporating vanadium dioxide can be the basis for ultrafast, energy-efficient electronic and photonic devices.</P><P><B>Graphic Abstract</B> <IMG SRC='http://pubs.acs.org/appl/literatum/publisher/achs/journals/content/nalefd/2015/nalefd.2015.15.issue-9/acs.nanolett.5b01970/production/images/medium/nl-2015-01970q_0007.gif'></P>