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| 1 | 近红外透射式谷物蛋白质含量在线监测系统显示文摘采用近红外透射光谱分析技术 ,建立了用于谷物加工过程中的蛋白质含量在线监测系统。宽光束照射、透射光谱的二阶微分处理和基于人工神经元网络的标定方法是保证监测系统有效工作的关键。同时建立了用于小麦蛋白质含量现场在线监测的最佳 BP( Back Propagation)网络结构 ,其 SEC=0 .1 2 % ,SEP=0 .1 5%。该监测系统的研究不仅可以直接应用于谷物成份含量的在线监测 ,而且所涉及的方法也同样适合于其它光谱分析应用。 | 张广军 Suranjan Panigrahi | 2001 | 光电工程2001，28，2： | 15 |
| 2 | Evaluation of technique to overcome small dataset problems during neural-network based contamination classification of packaged beef using integrated olfactory sensor system显示文摘 | Lav R. Khot Suranjan Panigrahi Curt Doetkott Young Chang Jacob Glower Jayendra Amamcharla Catherine Logue Julie Sherwood | 2011 | LWT - Food Science and Technology2011，，2： | 1 |
| 3 | A generalized regression neural network and its application for leaf wetness prediction to forecast plant disease 显示文摘 | YOUNES C SURANJAN P LEONARD F | 1999 | Chemometrics and Intelligent Laboratory System1999，48，： | 1 |
| 4 | Experimental Evaluation of a Multistage Reciprocating Evaporative Cooler Performance for Varied Climatic Conditions显示文摘Current system focuses on design&construction of a multistage reciprocating evaporative cooling test rig.Four packings that are used will undergo the reciprocating action,powered by the cam follower mechanism maintained at an actual rotation speed.Inlet dry bulb temperature&humidity values are varied to replicate the varying climatic conditions,and the output parameters such as cooling load,evaporation rate(ER),humidification efficiency(HE),coefficient of performance(COP)are obtained.Output results showed that as inlet humidity raises,the performance of system drops.With the rise in the camshaft speed or packing velocity,there is an upsurge in the performance until a cam speed of 10 r/min or packing velocity of 0.083 m/s and with further increases in the value,overall performance drops.The system gave a maximum COP,ER,and HE equal to 3.80,73.87%,and 0.53 g/kg respectively.A rise in the inlet air temperature yielded a maximum change in dry bulb temperature of 8.2℃.Overall,results indicated that evaporative cooling is more effective in arid climates than the cold and humid climates.Air quality test is performed to measure CO_(2),Total Volatile Organic Compound(TVOC),and Formaldehyde(HCHO),and it is found that humidified air entering the defined space is of excellent quality. | Sampath SURANJAN SALINS S.V.KOTA REDDY Shiva KUMAR | 2023 | Journal of Thermal Science2023，32，4： | 0 |
| 5 | Extinction of lizards in Sri Lanka’s geographically isolated locations显示文摘Climate warming is projected to drive the extinction of approximately one-fifth of the world’s lizard species within the next 60 years(by 2080).However,it remains unclear to what extent and how the global lizard population will be affected by this phenomenon on a geographical scale.Furthermore,there is a need to establish a connection between extinction risk and the prioritization of conservation efforts.In this context,we aim to address concerns related to geographically isolated and critically small lizard populations,highlighting why they face an exceptionally high risk of extinction.We also explore the potential for entire populations to vanish without notice.A comprehensive understanding of these factors is essential to inform the prioritization of conservation initiatives aimed at safeguarding lizard populations in tropical countries under future climate change scenarios. | Buddhi Dayananda Thilina Surasinghe Suranjan Karunarathna Buddhika Madurapperuma Lin Zhang | 2023 | Life Research2023，6，4： | 0 |
| 6 | Tonian–Ediacaran Tectonometamorphic History of the Sa'al Complex,Sinai(Egypt):Implications for the Tectonostratigraphic Framework of the Northern Arabian–Nubian Shield显示文摘The Sa'al Metamorphic Complex(SMC;southern Sinai)encompasses the oldest arc rocks in the Arabian–Nubian Shield,comprising two non-consanguineous metavolcanic successions(the Agramiya Group and the Post-Ra'ayan Formation)separated by the metasediments of the Ra'ayan Formation.It experienced three distinct deformational events(D_(1)–D_(3))and two low-medium grade regional metamorphic events(M_1–M_(2)).The Agramiya Group and the Ra'ayan Formation experienced all tectonometamorphic events(D_1–D_(3)and M_(1)–M_(2)),whereas the Post-Ra'ayan volcanic rocks were only affected by the D_(3)and M_(2)events.D_(1)is an extensional event and is connected to the late Rodinia break-up(~Tonian;900–870 Ma).The M_(1)metamorphism variably affected the older Agramiya Group,the rhyolitic tuffs experiencing lower to upper greenschist facies conditions and the basic and intermediate volcanic rocks undergoing amphibolite facies metamorphism.The Ra'ayan Formation metasediments experienced upper greenschist to amphibolite facies metamorphism.The upper greenschist facies M_(2)affected the youngest Post-Ra'ayan volcanic rocks and other stratigraphic successions.The compressive D_(2)and D_(3)events were coeval with the accretion of dismembered terranes in the assembly of Gondwana.D_(2)can be linked to the Tonian–Cryogenian arc-arc assembly(~880–760 Ma;in Elat and Sinai),whereas D_(3)and the accompanying M_(2)is constrained to 622–600 Ma(Ediacaran). | Mohamed W.ALI-BIK Suranjan GHOSH NPRABHAKAR Said HAbd El RAHIM Hilmy EMOUSSA | 2022 | Acta Geologica Sinica(English Edition)2022，96，5： | 0 |
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