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2014年8月1日 · Our protein crystallography facility is a dedicated laboratory designed to facilitate the research and analysis of protein structures through X-ray crystallography, a leading and widely used method for determining the 3D atomic-level structures of proteins.

IIT Bombay's Research Infrastructure has been constantly upgraded to meet international standards ensuring world class research capabilities. Its prominent status in the forefront of research is evidenced by its impressive array of research facilities.

2004年9月1日 · Scanning Probe Microscope facility is used to characterize surfaces and structure at nanoscale using variety of physical probes. The facility includes Atomic Force Microscopy (AFM), Scanning Tunneling microscope (STM) etc. * Subject to availability of manpower with relevant expertise.

IIT Bombay researchers use new technique to measure rate of degradation of coatings on iron. Natural Disasters and Climate Change Have a Long-Term Impact on State Finances. Amartya Mukhopadhyay: Pioneering Sodium-Ion Battery Technology for a Sustainable Future.

It can provide great deal of information such as elemental composition, chemical state composition of elements present, spatial distribution of elements and their chemical state, composition as a function of depth, Central Surface Analytical Facility thickness of thin films etc.

Industrial Research And Consultancy Centre. [email protected]. 7031. Dial 022-2576 as prefix to call from outside campus. Office of Dean (R&D) 2nd floor, Rahul Bajaj Technology Innovation Centre (RBTIC) Opp. VMCC, IIT Bombay, Powai, Mumbai, Maharashtra-400076.

This paper describes the design and realisation status of the Ion Cyclotron Range of Frequency (ICRF) system of the Divertor Tokamak Test facility (DTT). DTT requires a large amount of additional heating partially provided by an ICRF system working in …

ICRF3是國際天球參考架第三次的重大修正，於2018年8月由國際天文學聯合會通過，自2019年1月1日起生效。 建模時結合了太陽系對銀河中心的加速度，這是ICRF2所沒有的新功能。 ICRF3 包含4,536個外星系源的位置，其中303個已經確定為定義源。 ICRF3也增加了南天的定義源數量 [5][6]。 ^ International Celestial Reference System (ICRS). aa.usno.navy.mil. US Navy. [2018-06-29]. （原始内容 存档 于2011-07-09） （英语）.

在磁约束聚变等等等离子体加热中，离子回旋频率范围（icrf）的射频波加热和中性束注入（nbi）是两种主要的加热方法。它们的协同加热一直是聚变研究的关键课题之一。然而，目前关于icrf-nbi协同加热的机制和效应仍存在一些问题，需要进一步研究。