KOSEN 한인과학기술자네트워크

팽창 흑연의 물리적 성질에 관한 다음의 1977년 논문을 참고하시기 바랍니다. 제목: PHYSICAL-PROPERTIES OF DENSE EXPANDED GRAPHITE 저자: BERGER D, MAIRE J 저널: MATERIALS SCIENCE AND ENGINEERING Volume: 31 페이지: 335-339, Sp. Iss. SI (1977) >팽창 흑연에 대하여 알고 싶은데여... >제조공법, 팽창 흑연의 기계적, 물리적, 전기적 특성들을 알고 싶고여... > >팽창 흑연관련 각종 논문자료라면 빠짐없이 조사해야하거든여... > >그리고 일반적인 흑연과 팽창 흑연의 구체적인 차이점에 대해 나와있는 자료라면 뭐든 환영합니다... > >감사합니다. >좋은 하루되세여...

아래의 자료는 산업기술정보원(http://www.kiniti.re.kr)을 통해 검색된 자료입니다. 웹을 통해 원문신청이 가능합니다. 영문 DB를 통해서도 검색을 해보시면 많은 자료를 검색하실 수 있으실 겁니다. 1 BIST200012021182 비수용성 리튬 전지 전해질에서 흑연 전극의 팽창 조사 2 BIST200009021772 중유를 수착한 팽창 흑연에서의 중유의 회수 3 BIST200004004526 팽창 흑연에의 중유의 수착: 수착에의 고밀도·세공의 영향 4 BIST200002005929 팽창 흑연을 이용한 중유의 수착 처리와 회수 : 누설 중유 오염을 방지하기 위한 팽창 흑연의 새로운 응용 5 BIST199910118602 팽창 흑연에 의한 중유의 수착 , 회수 및 리사이클 6 BIST199910118020 팽창 흑연 : 신종 생의학 재료 7 BIST199905055972 폐자기 테이프 리사이클 건축 재료용 패널의 전자파 차폐성에 미치는 팽창 흑연의 함유 효과 8 BIST199903027342 팽창 흑연을 이용한 중유의 흡착 처리 9 BIST199704044964 메틸메타크릴레이트의 중합을 이용한 팽창 흑연의 캡슐화 및 캡슐화 복합체의 도전성 10 BIST199504032195 저열팽창 주철의 평균 선창계수에 미치는 흑연의 영향 11 BIST199503023654 탄소 고리형 화합물 플라즈마 중화법에 의한 팽창 흑연 위에서의 음극 반응 제어 12 BIST199403016287 흑연 결정의 음성 선형 팽창 13 BIST199307050348 흑연팽창에 의한 불순물 분리특성에 관한 연구 14 BIST199306043038 흑연 섬유 강화 구리 매트릭스 복합 재료의 열전도도와 열 팽창 15 BIST199207054949 구상 흑연 주철 주물의 응고 진행과 팽창 16 DIMD199700011191 金屬鹽을 함침시킨 팽창흑연과 암모니아의 반응속도 및 비균일 열전도성 반응블럭 연구 17 DIMD199600016828 저열팽창구상흑연주철의 선팽창계수에 미치는 구상화처리제의 영향에 관한 연구 18 DIMD199500007943 천연흑연을 이용한 팽창흑연의 제조 >팽창 흑연에 대하여 알고 싶은데여... >제조공법, 팽창 흑연의 기계적, 물리적, 전기적 특성들을 알고 싶고여... > >팽창 흑연관련 각종 논문자료라면 빠짐없이 조사해야하거든여... > >그리고 일반적인 흑연과 팽창 흑연의 구체적인 차이점에 대해 나와있는 자료라면 뭐든 환영합니다... > >감사합니다. >좋은 하루되세여...

>팽창 흑연에 대하여 알고 싶은데여... >제조공법, 팽창 흑연의 기계적, 물리적, 전기적 특성들을 알고 싶고여... > >팽창 흑연관련 각종 논문자료라면 빠짐없이 조사해야하거든여... > >그리고 일반적인 흑연과 팽창 흑연의 구체적인 차이점에 대해 나와있는 자료라면 뭐든 환영합니다... > >감사합니다. >좋은 하루되세여... ------------------------------------------------------------------ 1. Electrochemical redox capacity of thermally exfoliated graphite in sulfuric acid Frackowiak, Elzbieta (Technical Univ of Poznan) Kaiser, Werner | Krohn, Holger | Beck, Fritz Source: Molecular Crystals and Liquid Crystals Science and Technology, Section A: Molecular Crystals and Liquid Crystals v 244 May 10-14 1993 1994 Publ by Gordon & Breach Science Publ Inc p 221-226 1058-725X Abstract: Thermally expanded graphite (TEG) was prepared from graphite hydrogen sulfate, 1st and 2nd stage, at 550 °C. Surprisingly, the intercalation redox capacity and the cyclic voltammetric (CV) profiles in 18 M H2SO4 do not change significantly with respect to pristine graphite. CV in 10 M H2SO4 revealed a higher concentration of redox active surface groups. This is attributed to an oxidative attack by SO3 in the course of the exfoliation process. In English 14 Refs. EI94101425490 Ei tagged | Document availability and cost 2. Up-to-date seals made up of thermally expanded graphite Afanas'ev, A.A. (Moskovskij Aviatsionnyj Inst) Lyubaturov, A.M. Source: Izvestiya VUZ: Aviatsionnaya Tekhnika n 2 Apr-June 1994 Mezhdunarodnaya Kniga p 91-93 0579-2975 Abstract: Seals of immovable connections that can operate in the wide temperature and pressure ranges are investigated. Properties of sealing materials, based on carbon, are described. The experimental results have been presented to show tightness of immovable connections with seals made up of thermally expanded graphite (TEG). The tightness of a simulator has been investigated under conditions of a thermal shock. The simulator was heated up to 873 K and then heated was submerged into water. The simulator remained to be tight after heating and cooling repeated five times. It has been recommended to use TEG to provide tightness of immovable connections, operating in the 77-873 K temperature range and at a pressure less than 25 MPa. In Russian EI95032611915 Ei tagged | Document availability and cost 3. Proton magnetic relaxation of benzene in the presence of thermally expanded graphite Turov, V.V. (Inst Khimii Poverkhnosti AN UkrSSR) Pogorely, K.V. | Chuiko, A.A. Source: Ukrainskii Khimicheskii Zhurnal v 58 n 5 May 1992 p 386-390 Abstract: Interaction of thermally expanded graphite (TEG) with benzene has been studied by the relaxation 1H-NMR spectroscopy. Longitudinal and lateral benzene relaxation have been measured. The dependences of relaxation times on TEG density and on the temperature have been examined. It has been shown that TEG have different effects upon longitudinal and lateral constituents of magnetic relaxation rate. Possible relaxation mechanisms are discussed. It has been concluded that benzene adsorption on basic graphite planes is the most energetically favourable way of its interaction with TEG. Structure defects on TEG surface have little effect on relaxation characteristics of benzene molecules. In Russian 8 Refs. EI92110620350 Ei tagged | Document availability and cost 4. Wetting heats of thermally expanded and modified forms of graphite Pakhovchishin, C.V. (Inst Khimii Poverkhnosti AN Ukrainy) Chernysh, I.G. | Gritsenko, V.F. Source: Kolloidnyi Zhurnal v 56 n 5 Sept-Oct 1994 Mezhdunarodnaya Kniga p 683-686 0023-2912 Abstract: Heats of immersion of initial (GAK-2, GSM-1), oxidized (by K2Cr2O7), thermally expanded and modified (by zinc and aluminium compounds) samples of graphite by HCl and NaOH aqueous solutions and decane were determined using DAK1-1A differential calorimeter. It was shown that the addition of ZnO, alumina modificators to expanded graphite led to the rise of wetting heats of the samples. Oxidation or thermal treatment did not increased the wetting heats values. The results obtained were compared with literature data. Correlation of graphite surface properties and tested liquid phases characteristics was considered. In Russian 9 Refs. EI95032611246 Ei tagged | Document availability and cost 5. Electric properties of composite materials on basis of polypropylene and thermally expanded graphite Semko, L.S. Popov, R.E. | Chernysh, I.G. Source: Plasticheskie Massy 6 96 p 22-25 0554-2901 Abstract: In English Ei tagged | Document availability and cost 6. Deformation of composite materials from the modified thermally-expanded graphite Nikitin, Yu.A. Chernysh, I.G. | Goncharyk, V.P. Source: 33 4 97 p 443-449 Abstract: In English Ei tagged | Document availability and cost 7. Determination of physical and mechanical properties of a thermally expanded graphite by means of the continuous indentation technique Nikitin, Yu.A. Chernysh, I.G. | Pyatkovskij, M.L. Source: p 117-124 Abstract: In English Ei tagged | Document availability and cost 8. Moulding and mechanical properties of expanded graphite-based materials Nikitin, Yu.A. (Inst Khimii Poverkhnosti AN Ukrainy) Pyatkovskij, M.L. Source: Poroshkovaya Metallurgiya n 1-2 Jan-Feb 1997 Mezhdunarodnaya Kniga p 43-49 0032-4795 Abstract: Behaviour of thermally expanded graphite (TEG) in the process of single-sided pressing as well as strength of TEG-based materials under uniaxial compression are investigated experimentally. It is established that the properties of pressed articles substantially depend on the methods and conditions of their manufacturing. Material forming proceeds in several steps attendant with the structural transformations and formation of properties anisotropy. The produced materials may be assigned both as elastic and elasto-plastic ones. In Russian 13 Refs. EI97073723772 Ei tagged | Document availability and cost 9. Anomalous chemical shifts of water and organic molecules absorbed on graphitized surfaces of various types Turov, V.V. (Ukrainian Acad of Sciences) Pogorely, K.V. | Burushkina, T.N. Source: Reaction Kinetics and Catalysis Letters v 50 n 1-2 Sep 1993 Sponsored by: Committe on Science and Technology Of the Ukraine; Academy of Sciences of the Ukraine; Academy of Technological Sciences of the Ukraine; Institute of Surface Chemistry p 279-284 0133-1736 Abstract: 1H NMR spectroscopy methods have been used to study absorption of water and organic molecules on graphitized carbon materials. As follows from the results obtained, the absorbed molecules have anomalously low chemical shifts. In English 5 Refs EI94021209521 Ei tagged | Document availability and cost 10. Assessment of process of forming thermally expanded graphite by means of deformation-spectral method Nikitin, Yu.A. Chernysh, I.G. | Pyatkovski, M.L. Source: Tsvetnye Metally (Moscow) n 3 Mar 1992 p 38 0372-2929 Abstract: In Russian Ei tagged | Document availability and cost 11. Study of the process of thermal expanded graphite forming Chernysh, I.G. Nikitin, Yu.A. | Levental', N.V. Source: Poroshkovaya Metallurgiya n 6 Jun 1991 p 17-20 Abstract: It is shown that thermal expanded graphite (TEG) well forms without binding additives. A process of its formation is of stage character. Kinetics of each stage is specified by morphology and fault rate of the powder particles structure depending in its technological conditions for producing TEG. In Russian 4 Refs EI92020417146 Ei tagged | Document availability and cost