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156篇 您的检索式:作者名="Ritchie J T"
    题名 作者 年代 出处 被引量
1一种新型的高频半导体量子点单电子泵显示文摘除了直流负电压外,还在浅法刻蚀出的GaAs/AlGaAs量子线上的两个金属指形门上分别叠加两个相位相差π的正弦信号,从而对形成量子点的两个势垒作不等幅调制.在无源漏偏压的情况下,通过周期形成的量子点实现了单电子的搬运.由于新的半导体量子点单电子泵不是依赖库仑阻塞效应通过隧穿进行单电子输运,因此,该器件就不会受到固定隧穿时间引起的低工作频率限制.在1.7K温度下,频率达到3GHz仍然可以观测到量子化电流平台,对应的电流值达到0.5nA量级.这种新器件提供了实现高速度、高精度搬运单电子的另一种可能途径.李玲 Kaestner B Blumenthal M D Giblin S Janssen T J B M Pepper M Anderson D Jones G Ritchie D A 高洁 2008物理学报2008,57,3:4
2IBSNAT and CERES-rice model显示文摘RITCHIE J T ALOCIJIA E C EHARA G 1986Agrobechnology Transfer1986,3,:1
3Root growth and water uptake during water defiit and recovering in water显示文摘Asscng S Ritchie J T Smucher A J 1998Plant and Soil1998,201,2:1
4Resistance to water flow in the sorghum plant显示文摘MEYER W S RITCHIE J T 1980Plant Physiol1980,65,:1
5Surface-plasmon resonance effect in grating diffraction 显示文摘Ritchie R H Arakawa E T Cowan J J 1968Physical Review Letters1968,21,22:1
6A strategic and tactical management approach to select optimal N fertilizer rates for wheat in a spatially variable field显示文摘Basso B Ritchie J T Cammarano D 2011European Journal of Agronomy2011,35,4:1
7Optimizing tool selection显示文摘LIM T CORNEY J RITCHIE J M 2001International Journal of Production Research2001,39,6:1
8Root growth and water uptake during water deficit and recovering in wheat显示文摘ASSENG S RITCHIE J T SMUCHER A J M 1998Plant and Soil1998,201,:1
9Sustained impact of anticoagulant control achieved in an anticoagulation manage- ment service after transfer of management to the primary care physician显示文摘BUNGARD T J RITCHIE B GARG S 2012Pharmacotherapy2012,32,2:1
10Model for predicting evaporation from a row crop with in- complete cover显示文摘Ritchie J T 1972Water Resources Research1972,8,:1
11Remote Sensing in Hydrology显示文摘Schmugge T J Kustas W P Ritchie J C 2002Advanced Water Resources2002,25,:1
12Continuous administration of angiostatin inhibits accelerated growth of colorectal liv er metastases after partial hepatectomy显示文摘Drixler T A Rinkes I H Ritchie T J 2000Cancer Res2000,60,6:1
13Interaction of temperature and day length on leaf appearance rate in wheat and barley显示文摘Jame Y W Cutforth H W Ritchie J T 1998Agricultural and Forest Meteorology1998,92,:1
14Optimizing tool selection 显示文摘Lim T Corney J Ritchie J M 2001International Journal of Production Research2001,39,6:1
15Model for predicting evaporation from a row crop with incomplete cover显示文摘Ritchie J T 1972Water Resource Research1972,8,5:1
16Field evaluation of plant extractable soil water for irrigation scheduling显示文摘Ritchie J T Amato M 1990Acta Horticulturae1990,278,:1
17Root growth and water uptake during water deficit and recovering in wheat显示文摘Asseng S Ritchie J T Smucher A J M 1998Plant and Soil1998,201,:1
18Model for Predicting Evaporation From a Row Crop With Incomplete Cover 显示文摘Ritchie J T 1972Water Resource Res1972,8,5:1
19The dynamic grain sorghum growth model显示文摘Arkin G F Vanderlip R L Ritchie J T 1976Transac-tions of the American Society of Agricultural Engineer(ASAE)1976,19,:1
20Root growth and water uptake during water deficit and recovering in wheat显示文摘Asseng S Ritchie J T Smucker A J M 1998Plant and Soil1998,201,:1
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