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13篇 您的检索式:作者名="STROUSE G F"
    题名 作者 年代 出处 被引量
1Microwave induced in silu active ion etching of growing InP nanocrystals显示文摘Lovingood D D Strouse G F 2008Nano Letters2008,8,10:1
2Acoustic Thermometry Results from 271 to 552 K 显示文摘Ripple D C Strouse G F and Moldover M R 2007Int J Ther- mophys2007,28,17:1
3Magnetic ordering in doped Cd1-xCoxSe diluted magnetic quantum dots 显示文摘HANIF K M MEULENBERG R W STROUSE G F 2002J Am Chem Soc2002,124,11:1
4Sapphire whispering gallery thermometer 显示文摘Strouse G F 2007International Journal of Thermophysics2007,28,6:1
5Effects of heavy hydrogen and oxygen on the triple point temperature of water显示文摘White D R Dransfield T D Strouse G F Tew W L Rushy R L Gray J 2003Temperature:Its Measurement and Control in Science and Industry2003,7,:1
6NIST implementation and realization of the ITS-90 over the range 83K to 1235K:reproducibility,stability,and uncertainties显示文摘Strouse G F 1992Temperature:Its Measurement and Control in Science and Industry1992,6,:1
7Acoustic thermometry results from 271 to 552 K显示文摘Ripple D C Strouse G F Moldover M R 0,,:1
8Effects of different methods of preparation of ice mantles of triple point of water cells on the temporal behavior of the triple-point temperatures显示文摘Furukawa G T Mangum B W Strouse G F 1997Metrologia1997,34,:1
9Involvement of the LSPR spectral overlap for energy transfer between a dye and Au nanoparticle显示文摘Singh M P Strouse G F 2010J Am Chem Soc2010,132,:1
10Analysis of the Nature of Oxyanion Adsorption on Gold Nanomaterial Surfaces显示文摘Cumberland S L Strouse G F 2002Langmuir2002,18,1:1
11NIST methods of estimating the impurity uncertainty component for ITS - 90 fixed - point ceils from the Ar TP to the Ag FP 显示文摘Strouse G F 2003Working document of the Comit$ Consultatif de Thermometric CCT/032003,19,:1
12Involvement of the LSPR spectral overlap for energy transfer between a dye and Au nanoparticle显示文摘Singh M P Strouse G F 2010J Am Chem Soc2010,132,27:1
13与标准平均海水同位素成分相近的石英水三相点瓶的研制显示文摘介绍了与标准平均海水同位素(VSMOW)成分相近的石英水三相点瓶的研制过程和试验分析结果.利用新的制作工艺,所有水三相点瓶的同位素成分δD和δ18O可被分别控制在±10‰和±1.5‰之内,这样即使没有进行同位素修正,由同位素成分与VSMOW的偏离对温度的影响仍可控制在±8μK之内.如果对某个水三相点容器的同位素成分单独分析,并用分析结果对水三相点温度值进行修正,则由上述因素对温度的影响可控制在±3μK之内.实验结果表明,硼硅玻璃水三相点瓶的年漂移约为-13μK,而石英水三相点瓶年漂移约为-2μK,因此,石英水三相点瓶比硼硅玻璃水三相点瓶的性能更加优越.赵明坚 G F Strouse 2007计量学报2007,28,z1:0
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