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| 长链羧酸单分子层膜的制备和性能 |
| 任嗣利1; 杨生荣1;王博1;赵亚溥2;刘维民1 |
| 1中国科学院兰州化学物理研究所固体润滑国家重点实验室;2中国科学院力学研究所非线性力学国家重点实验室 |
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引用本文:
任嗣利; 杨生荣; 王博; 赵亚溥; 刘维民 . 长链羧酸单分子层膜的制备和性能[J]. 材料研究学报, 2002, 16(1): 45-50.
1 W.BollMann,Ionic conductivity of pure and doped BaF_2 crystals,Phys.Stat.Sol.,18(a),313(1973)
2 S.N.S.Reddy,R.A.Rapp,Electronic conduction in the BaF_2 solid electrolyte,J.Electrochem.Soc.:Solid-State Science and Technology,126,2023(1979)
3 Satoru Fujitsu,Masaru Miyayama,Kunihito Koumoto, Hiroaki Yanagida,Enhancement of ionic conduction in CaF_2 and BaF_2 by dispersion of Al_2O_3,Journal of Mate- rials Science,20,2103(1985)
4 B.M.Voronin,S.V.Volkov,Ionic conductivity of fluorite type crystals CaF_2,SrF_2,BaF_2,and SrCl_2 at high tem- perature,Journal of Physics and Chemistry of Solids,62, 1349(2001)
5 N.I.Sorokin,M.W.Breiter,Anionic conductivity and ther- mal stability of single crystals of solid solutions based on barium fluoride,Solid State Ionics,99,241(1997)
6 X.J.Wu,F.Su,X.Y.Qin,B.Xie,X.L.Ji,Synthesis and ionic conductivity of nanophase Ca_(1-x)La_xF_(2+x),Mater.Res. Soc.Symp.Proc.,286,21(1993)
7 F.Su,X.J.Wu,X.Y.Qin,B.Xie,Ionic conduction of nanophase Ca_(1-x)La_xF_(2+x),Chinese Science Bulletin,38, 1518(1993)
8 W.Puin,P.Heitjans,Frequency dependent ionic conduc- tivity in nanocrystalline CaF_2 studied by impedance spec- troscopy,Nanostructured Mater.,6,885(1995)
9 LIU Jinfang,WU Xijun,XU Guoliang,ZHOU Yusong, LI Binghan,Influence of consolidated pressure upon phase transition and ionic conductivity of nanophase PbF_2,Chi- nese Journal of High Pressure Physics,14,16(2000) (刘金芳,吴希俊,许国梁,周宇松,李冰寒,固相压强对纳米PbF_2的相变和离子电导率的影响,高压物理学报,14, 16(2000))
10 LIU Jinfang,WU Xijun,XU Guoliang,WANG Pingchu, Preparation,phase constitution and ionic conductivity of nanophase PbF_2,Journal of Inorganic Materials,15, 447(2000) (刘金芳,吴希俊,许国梁,王评初,纳米PbF_2的制备、物相组成和离子导电性,无机材料学报,15,447(2000))
11 R.N.Hua,C.Y.Zang,C.Sha,D.M.Xie,C.S.Shi,Synthesis of barium fluoride nanoparticles from microemulsion,Nan- otechnology,14,588(2003)
12 Robert N.Grass,Wendelin J.Stark,Flame synthesis of calcium-,strontium-,barium fluoride nanoparticles and sodium chloride,Chem.Commun.,1967(2005)
13 H.E.Kissinger,Reaction kinetics in differential thermal analysis,Anal.Chem.,29,1702(1957)
14 L.C.Chen,F.Spaepen,Analysis of calorimetric measure- ments of grain growth,J.Appl.Phys.,69,679(1991)
15 WU Qiuyun,SUN Nianxiang,WANG Yucheng,SUN Xiukui,HU Zhuangqi,Microstructure and thermal sta- bility of electrodeposited nano-nickel,Chinese Journal of Materials Research,11,313(1997) (吴秋允,孙年祥,王雨晨,孙秀魁,胡壮麒,电镀纳米镍的结构及热稳定性,材料研究学报,11,313(1997))
16 LI Jigang,WU Xijun,TAN Hongbo,LIU Jinfang,The preparation and thermal stability study of nanocrystalline tungsten carbide powder,Rare Metal Materials and Engi- neering,33,736(2004) (李继刚,吴希俊,谭洪波,刘金芳,纳米碳化钨粉的制备及其热稳定性研究,稀有金属材料与工程,33,736(2004))
17 WU Daxiong,WU Xijun,L■ Yanfei,WANG Hui,The study on preparation and thermal stability of nanocrys- talline LaF_3 bulk material,Rare Metal Materials and En- gineering,27,212(2006) (吴大雄,吴希俊,吕燕飞,王晖,纳米LaF_3块体的制备及其热稳定性研究,稀有金属材料与工程,27,212(2006))
18 YAO Lianzeng,YE Changhui,MOU Jimei,LI Yuanhong, Thermal stability study of nano-palladium,Chinese Jour- nal of Chemical Physics,84,13(2000) (姚连增,叶长辉,牟季美,李远红,纳米Pd粉的热稳定性研究,化学物理学报,84,13(2000))
19 L.Lu,N.R.Tao,L.B.Wang,B.Z.Ding,K.Lu,Grain growth and strain release in nanocrystalline copper,J.Appl. Phys.,89,6408(2001)
20 K.Lu,W.D.Wei,J.T.Wang,Grain growth kinetics and in- terfacial energies in nanocrystalline Ni-P alloys,J.Appl. Phys.,69,7345(1991) |
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