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19篇 您的检索式:作者名="Staudigel J"
    题名 作者 年代 出处 被引量
1Electron injection and transport in 8-hydroxyquinoline aluminum显示文摘M St??el J Staudigel F Steuber J Bl?ssing J Simmerer A Winnacker H Neuner D Metzdorf H.-H Johannes W Kowalsky 2000Synthetic Metals2000,,:1
2Seamount magnetic polarity and Cretacous volcanism of the Pacific Basin显示文摘HILDEBRAND J A STAUDIGEL H 1986Geology1986,14,:1
3The Magellan seamounts trail:implications for Cretaceous hotspot volcanism and absolute Pacific plate motion显示文摘KOPPERS A A P STAUDIGEL H WIJBRANS J R 1998Earth and Planetary Science Letters1998,163,:1
4A quantitative nu-merical mod el of multilayer vapor-deposited organic light-emitting diodes显示文摘Staudigel J Stoèssel M Steuber F 1999J Appl Phys1999,86,7:1
5The Magellan seamount trail: implications for Cretaceous hotspot volcan ism and absolute Pacific plate motion显示文摘KOPPERS A A P STAUDIGEL H WIJBRANS J R 1998Earth and Planetary Science Letters1998,163,:1
6Geochemical earth reference model (GERM) : Description of the initiative 显示文摘Staudigel H Albarède F Blichert-Toft J 1998Chem Geol1998,145,34:1
7Contributions ofinduced magnetization to magnetization of seamounts显示文摘GEE J STAUDIGEL H TAUXE L 1989 1989Nature1989,342,:1
8Geochemical Earth Reference Model(GERM) Description of the initiative 显示文摘Staudigel H Albarde F Blichert-Toft J 1998Chemical Geology1998,145,34:1
9Geochemical earth reference model (GERM): Description of the initiative显示文摘Staudigel H Albarede F Blichert-Toft J 1998Chemical Geology1998,145,34:1
10A Quantitative Numerical Model of Multilayer Vapor - Deposited Organic Light Emitting Diodes 显示文摘Staudigel J Stobssel M Steuber F 1999J Appl Phys1999,86,7:1
11Impact of the Cathode Metal Work Function on the Performance of Vacuum-Deposited Organic Light Emitting Devices显示文摘Stossel M Staudigel J Steuber F 0,,:1
12Geochemical Earth Reference Model (GERM)= description of the initiative显示文摘Staudigel H Albarede F Blichert Tort J 1998Chem Geol1998,145,34:1
13A quantitative numerical model of multiplayer vapor - deposited organic light emitting diodes显示文摘Staudigel J Stoβl M Steuber F 1999J Appl Phys1999,86,7:1
14The boron isotopic composition of altered oceanic crust显示文摘Jesse Smith H Arthur J Spivack Hubert Staudigel 1995Chemical Geology1995,126,:1
15Cathode -induced luminescence quenching in polyfluorenes 显示文摘Stocessel M Wittmarm G Staudigel J 2000J Appl Phys2000,87,9:1
16Geochemical Earth Reference Model(GERM): Deseription of the initiative 显示文摘Staudigel H Albarede F Blichrt-Toft J 1998Chemical Geology1998,145,34:1
17Cathode-induced luminescence quenching in polyfluorenes显示文摘STOESSEL M WITTMANN G STAUDIGEL J 2000J Appl Phys2000,87,9:1
18Reduced operating voltage of organic electroluminescent devices by plasma treatment of the indium tin oxide anode 显示文摘Steuber F Staudigel J Stssel M 1999Appl Phys Lett1999,74,:1
19中国五台绿岩带2.52Ga枕状熔岩中候选生物改造结构的生物成因性和同生性评估显示文摘栖居于海底熔岩基底中的微生物能够侵蚀火山玻璃,形成微米级的孔洞和钻穴.这些生物改造的遗迹被矿化后,即使保存它们的火山玻璃经历了变形和改造成为变质矿物后,矿化的结构也能够保存下来.这些生物改造结构的化石记录所赋存的岩性远远超出了原位洋壳火山玻璃的范围.它们可见于蛇绿岩和前寒武纪绿岩带的变火山玻璃中.本文报道了中国五台山25.2亿年拉斑质枕状熔岩薄片中发现的丝状体型生物显微结构.而且,五台绿岩中发现的微结构在大小、形态和分布上都可以与其他产在太古宙绿片岩相枕状熔岩中的生物蚀变结构相对比.榍石LA-MC-ICP-MSU-Pb原位定年分析给出的年龄是(1.81±0.12)Ga(2σ,n=22,206Pb/238U加权平均).该年龄提供了这些生物蚀变结构矿化的最小年龄,并与区域变质事件年龄相当.这个年龄也代表这些生物蚀变时间的最小年龄估计,从而支持晚太古宙海底生物圈的存在.McLOUGHLIN N FLIEGEL D J FURNES H STAUDIGEL H SIMONETTI A 赵国春 ROBINSON P T 2010科学通报2010,55,12:0
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