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9篇 您的检索式:作者名="Jayasudha"
    题名 作者 年代 出处 被引量
1Secure socket layer implemen- tations a review 显示文摘Alphonsa Johny Jayasudha JS 2013International Journal of Computer Science Engineering Technology2013,4,2:1
2Minimizing End-to-End Delay in Vehicular Ad Hoc Network Using Edge Node Based Greedy Routing显示文摘Prasanth K Duraiswamy K Jayasudha K 2009Advanced Computing2009,,131415:1
3An efficient cluster based web object filters from web pre-fetching and web caching on web user navigation显示文摘Dr A K Jayasudha S S 2012International Journal of Computer Science Is-sues2012,9,3:1
4Minimizing end-to-end delay in Vehicular Ad Hoc Network using Edge Node Based Greedy Routing显示文摘PRASANTH K DURAISWAMY K JAYASUDHA K 2009Ad- vanced computing2009,13,15:1
5An exper-imental study of arch perimeter and arch width increasewith mandibular expansion:a finite element method显示文摘Baswaraj H Hemanth M Jayasudha K 2013JContemp Dent Pract2013,14,1:1
6Clinical and he matological profile of acute megakaryoblastic leukemia: a 2 year study显示文摘Jayasudha AV Nair RA J acob PM 2015Indian J Hematol Blood Transfus2015,31,2:1
7Effect of ethanol on human osteosarcoma cell proliferatation, differentiation and mineralization显示文摘Vignesh R C Sitta Djody S Jayasudha E 2006Toxicology2006,220,1:1
8An experimental study of arch perimeter and arch width increase with mandibular expansion:a finite element method显示文摘Baswaraj Hemanth M Jayasudha 2013J Contemp Dent Pract2013,14,1:1
9Hydrographical parameters and phytoplankton assemblages along the Pondicherry—Nagapattinam coastal waters,southeast coast of India显示文摘Hydrographical parameters and phytoplankton assemblages were determined along the Pondicherry, Parangipettai and Nagapattinam coastal waters, southeast coast of India. All the hydrographical parameters such as sea surface temperature, salinity, p H, total alkalinity, dissolved oxygen and nutrients like nitrate, nitrite, inorganic phosphate and reactive silicate, chlorophyll a and phytoplankton assemblages were studied for a period of five months(May, August, September 2010, March and November 2011). Over 121 species of phytoplankton represented by 93 species of diatoms, 16 species of dinoflagellates, 9 species of blue-green algae, 2 species of greens and 1 species of silicoflagellate were recorded. High phytoplankton species diversity was found in March 2011 when salinity and nitrate concentrations were low and reactive silicate and inorganic phosphates were moderate. Species diversity was low during May 2010 when increased sea surface temperature, salinity and low nutrients availability were observed. Coscinodiscus centralis, Diatoma vulgaris and Proboscia alata were dominant, especially Coscinodiscus sp. distributed in all stations whereas Skeletonema costatum, Odontella sinensis and Ditylum brightwellii were abundant in August and September 2010. From principal component analysis and multiple regression analysis, it is evident that variables like sea surface temperature and dissolved oxygen are the most important factors influencing the seasonal pattern of phytoplankton population.Pitchai SAMPATHKUMAR Srinivasan BALAKRISHNAN Krishnamoorthy KAMALAKANNAN Rethinavelu SANKAR Lakshmanan RAMKUMAR Subramani RAMESH Neelamegam KABILAN Thambusamy SURESHKUMAR Chellam THENMOZHI Mookapillai GOPINATH Sekar JAYASUDHA Amalanathan AROKIYASUNDRAM Thiruvarasan LENIN Thangavelu BALASUBRAMANIAN 2015Advances in Climate Change Research2015,6,1:0
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