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20篇 您的检索式:作者名="NANA B"
    题名 作者 年代 出处 被引量
1Active Control with Delay of Horseshoes Chaos Using Piezoelectric Absorber on a Buckled Beam under Parametric Excitation显示文摘Nana Nbendjo B R Woafo P 2007Chaos Solitons & Fractals2007,32,1:1
2Analgesic and Anticonvulsant Effects of Extracts from the Leaves of Kalanchoe crenata (Andrews) Haworth (Crassulaceae)显示文摘NGUELEFACK T B NANA P ATSAMO A D 2006Journal of Ethnopharmacology2006,10,6:1
3Chaotic synchronization with experimental application to secure communications显示文摘Nana B Woafo P Domngang S 2009Communications in Nonlinear Science and Numerical Simulation2009,14,5:1
4Resonant oscillations and fractal basin boundaries of a particle in φ^6 potential显示文摘Tchoukuegno R Nana N B R Woafo P 2002Physica A2002,304,:1
5Active control with delay of horseshoes chaos using piezoelectric absorber on a buckled beam under parametric excitation 显示文摘NANA NBENDJO B R WOAFO P 2007Chaos Solitons and Fractals2007,32,:1
6Chaotic syn- chronization with experimental application to secure communications 显示文摘NANA B WOAFO P DOMNGANG S 2009Communications in Nonlinear Science and Numerical Simulation2009,14,5:1
7Analgesic and Anticonvulsant Effects of Extracts from the Leaves of Kalanchoe crenata (Andrews) Haworth (Crassulaceae)显示文摘NGUELEFACK T B NANA P ATSAMO A D 2006Journal of Ethnopharmacology2006,10,6:1
8Synchronized states in a ring of four mutu- ally coupled oscillators and experimental application to se- cure communications 显示文摘Nana B Woafo P 2011Communications in Nonlinear Sci- ence and Numerical Simulation2011,16,4:1
9Chaotic synchronization with experimental application to secure communications显示文摘NANA B WOAFO P DOMNGANG S 2009Com- munications in Nonlinear Science and Numerical Simulation2009,14,5:1
10查看详情显示文摘B Nana P Woafo 0,,:1
11Microstructure and Corrosion Resistance of Ten Experimental Duplex Stainless Steels 显示文摘Nana S Cortie M B 1993J SAIMM1993,93,11:1
12Challenges and opportunities in remote sensing-based crop monitoring:a review显示文摘Building a more resilient food system for sustainable development and reducing uncertainty in global food markets both require concurrent and near-real-time and reliable crop information for decision making.Satellite-driven crop monitoring has become a main method to derive crop information at local,regional,and global scales by revealing the spatial and temporal dimensions of crop growth status and production.However,there is a lack of quantitative,objective,and robust methods to ensure the reliability of crop information,which reduces the applicability of crop monitoring and leads to uncertain and undesirable consequences.In this paper,we review recent progress in crop monitoring and identify the challenges and opportunities in future efforts.We find that satellite-derived metrics do not fully capture determinants of crop production and do not quantitatively interpret crop growth status;the later can be advanced by integrating effective satellite-derived metrics and new onboard sensors.We have identified that ground data accessibility and the negative effects of knowledge-based analyses are two essential issues in crop monitoring that reduce the applicability of crop monitoring for decisions on food security.Crowdsourcing is one solution to overcome the restrictions of ground-truth data accessibility.We argue that user participation in the complete process of crop monitoring could improve the reliability of crop information.Encouraging users to obtain crop information from multiple sources could prevent unconscious biases.Finally,there is a need to avoid conflicts of interest in publishing publicly available crop information.Bingfang Wu Miao Zhang Hongwei Zeng Fuyou Tian Andries B Potgieter Xingli Qin Nana Yan Sheng Chang Yan Zhao Qinghan Dong Vijendra Boken Dmitry Plotnikov Huadong Guo Fangming Wu Hang Zhao Bart Deronde Laurent Tits Evgeny Loupian 2023National Science Review2023,10,4:1
13Chaotic synchronization with experimental application to secure communication显示文摘Nana B Woafo P Domngang S 2009Commun Nonlinear Sci Numer Simul2009,14,:1
14Chaotic synchronization with experimental application to secure communications显示文摘Nana B Woafo P Domngang S 2009Commu- nications in Nonlinear Science and Numerical Simulation2009,14,5:1
15Active control with de- lay of horseshoes chaos using piezoel-ectric absorber on a buckled beam under parametric excitation 显示文摘Nana Nbendjo B R Woafo P 2007Chaos Solitons& Fractals2007,32,1:1
16Chaotic synchronization with experimental application to secure communications显示文摘NANA B WOAFO E DOMNGANG S 2009Communications in Nonlinear Science and Numerical Simulation2009,14,5:1
17Formation of Various Morphologies of Copper Sulfides by a Solvothermal Met hod显示文摘NANA Z D WANG X Y ZHAO Z B 2006J Crys Growth2006,295,:1
18Chaotic synchronization with experimental application to secure communications 显示文摘NANA B WOAFO P DOMNGANG S 2009Commun Nonlinear Sci Numer Simul2009,14,:1
19Adding sweet sorghum juice into current dry-grind ethanol process for improving ethanol yields and water efficiency显示文摘Sweet sorghum is a promising energy crop due to its low fertilizer and water requirements,short growth period,and high biomass yield.However,the challenge for sweet sorghum as a feedstock for ethanol production is its short harvest period and the extreme instability of its juice,both of which make achieving a year-round production process difficult.One way to solve this challenge and to meet the growing demand of bio-renewable ethanol is to incorporate sweet sorghum juice into the current dry-grind ethanol process.In the dry-grind process,the whole grain kernel is milled and fermented to produce ethanol.In this study,sweet sorghum juice with varying grain sorghum flour contents was liquefied,saccharified,fermented,and distilled to produce ethanol.Ethanol yield from sweet sorghum juice with the optimum grain sorghum flour loading was about 28% higher than that from the conventional ethanol process.Enzymatic hydrolysis with this process could be reduced by 30 min.The fermentation performance of sweet sorghum juice with grain flour using a raw starch hydrolyzing enzyme was also investigated,and ethanol yield was about 21% higher than that from the conventional process.This innovative technology enabling ethanol production from sweet sorghum juice could improve ethanol yield,save energy,and significantly decrease water use in the current dry-grind ethanol process.Nana B Appiah-Nkansah Kaelin Saul William L Rooney Donghai Wang 2015International Journal of Agricultural and Biological Engineering2015,8,2:0
20生活,一场无边界的设计体验显示文摘他喜欢无拘无束地生活,他在没有条条框框的束缚下创作。他会在某些事情上特例独行,因为他觉得自己不需要被约束;他穿淡粉色的衬衫,因为他认为这种色彩并不专属于女性;他在设计中融入了多种艺术形式,因为他说无边界的柔性设计才是潮流的引领者。他是设计师,他更加会设计生活。有设计,生活一切皆艺术——这是他崇尚的生活方式。NaNa B&X studio 2006缤纷2006,0,10:0
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