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10篇 您的检索式：作者名="Jayakrishnan T"

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		题名	作者	年代	出处	被引量
	1	Faster Frank-Wolf traffic assignment with new flow update scheme显示文摘	Chen A Jayakrishnan R Wei K T	2002	Journal of Transportation Engineering2002，128，1：	1
	2	An evaluation tool for advanced traffic information and management systems in urban networks显示文摘	Jayakrishnan R Mahmassani H Hu T	1994	Transportation Research Part C1994，2，3：	1
	3	Systematic review of outcomes of patients undergoing resection for colorectal liver metastases in the setting of extra hepatic disease显示文摘	HWANG M JAYAKRISHNAN T T GREEN D E	2014	EurJ Cancer2014，50，10：	1
	4	A faster path-based algorithm for traffic assignment 显示文摘	JAYAKRISHNAN R TSAI W T PRASHKER J N RAJADHYAKSHA S	1994	Transportation Research Reord1994，1443，：	1
	5	Laparoscopic repair of a rare case o{ bladder rupture due to intravesical explosion during transurethral resection of the prostate显示文摘	Adiyat KT Shetty A Jayakrishnan T	2014	Urol J2014，11，3：	1
	6	An evaluation tool for advanced traffic information and management systems in urban networks显示文摘	Jayakrishnan R Mahmassani H S Hu T Y	1994	Transportation Research Part C1994，2，3：	1
	7	An evaluation tool for advanced traffic information and management systems for urban networks 显示文摘	JAYAKRISHNAN R MAHMASSANI H S HU T Y	1994	Transportation Research Part C1994，2，3：	1
	8	An evaluation tool for advanced traffic information and management systems in urban networks 显示文摘	Jayakrishnan R Mahmassani H S Hu T	1994	Transportation Research Part C : Emerging Technologies1994，2，3：	1
	9	An evaluation tool for advanced traffic information and management systems in urban networks显示文摘	JAYAKRISHNAN R MAHMASSANI H S HU T Y	1994	Transportation Research Part C: Emerging Technologies1994，2，3：	1
	10	Water and nutrient recovery from urine:A lead up trail using nano-structured In_(2)S_(3)photo electrodes显示文摘Developments of economic systems are critical for bio-regenerative life support systems in manned space missions.In this work we report on the feasibility of using two direct sunlight powered processes sequentially for the recovery of water and nutrients from urine.The work presents experimental evidence on nutrient and water recovery achieved using the proto-type designed and developed.We report the design and testing of a solar still which would serve on the nutrient recovery front.The cooled condensate from the solar still is fed into a solar powered electrolysis unit where nano-structured indium sulphide(In_(2)S_(3))thin films coated over fluorine doped tin oxide(SnO_(2):F)substrate serve as one of the working electrodes.The electrolysis takes place in the absence of an electrolyte which manifests as a technical achievement of our work.Our results show that the COD level in the recycled water is very low.The In_(2)S_(3)photo-electrodes are stable without any physical damage after the process.	R Jayakrishnan T R Sreerev Adith Varma	2021	Chinese Physics B2021，30，5：	0

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