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您的检索式：作者名="Mintu Kumar"
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| 1 | 超导纳米线单光子探测器件的制备显示文摘超导纳米线单光子探测器件(SNSPD)是超导单光子探测系统的核心器件。文中介绍了成功制备的基于5nm厚的NbN超导超薄薄膜的SNSPD器件。器件核心结构为150nm宽的纳米曲折线结构,纳米线条占空比为75%,面积为20μm×20μm。超导纳米线是利用电子束曝光(EBL)技术和反应离子刻蚀(RIE)等工艺技术制备的。所制备的SNSPD样品,在温度3.5K下的临界电流约12.9μA;在1310nm波长光波辐照,12.5μA的偏置电流下,探测效率约0.016%。 | 杨晓燕 尤立星 张礼杰 黄少铭 Mintu Mondal Sanjeev Kumar John Jesudasan Pratap Raychaudhuri | 2010 | 低温与超导2010，，11： | 3 |
| 2 | Anti-inflammatory activity of Acanthus ilicifolius显示文摘 | K.T. Mani Senthil Kumar Bapi Gorain Dilip K. Roy Zothanpuia Samir K. Samanta Mintu Pal Prova Biswas Amrita Roy Dipan Adhikari Sanmoy Karmakar Tuhinadri Sen | 2008 | Journal of Ethnopharmacology2008，，1： | 1 |
| 3 | Fuzzy Reliability and Availability of System under a Calendar-based Inspection Involving Multiple Failures and Its Application to Wind Turbine System显示文摘.Uncertainty is an important factor that needs to be considered while analyzing the performance of any engineering system.In order to quantify uncertainty,fuzzy set theory is frequently used by most of researchers,including energy system experts.According to the classical reliability theory,component lifetimes have crisp parameters,but due to uncertainty and inaccuracy in data,it is sometimes very difficult to determine the exact values of these parameters in real-world systems.To overcome this difficulty in the current research,failure and repair rates were taken as triangular fuzzy numbers to determine the fuzzy availability of a system undergoing calendar-based periodic inspection subject to multiple failure modes(FMs).It was assumed that each component in the system had an exponential failure rate and repair rate with fuzzy parameters.System FMs were explicitly taken into account when a functional state of the system was considered.Each FM had a random failure time.On the occurrence of any failure,a random time was selected for the relevant corrective repair work.The proposed research was studied for one of the major sources of green energy,namely a wind turbine system wherein all the derived propositions have been implemented on it. | Mintu Kumar Himani Pant S.B.Singh | 2024 | Journal of Systems Science and Systems Engineering2024，33，2： | 0 |
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