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         Narayanan A R:     more books (86)
  1. Interim Guidance on the Use of Eurocode 3: Part 1.1 for European Design of Steel Building Structures by J.C. Taylor, R. Narayanan, et all 1995-03
  2. Kattarum avarute kala molikalum: Janata pathanam by A. R Narayanan Nayar, 1980
  3. Steel-Concrete Composite Structures by R. Narayanan, 1988
  4. Chemical Structures of Interest to the Division of Cancer Treatment by Nancita R.; V. L. Narayanan Lomax, 1979-01-01
  5. Application Guidelines for Steel-Concrete-Steel Construction-immersed Tube Tunnels: 1: Technical Report by R. Narayanan, F.J. Naji, et all 1996-02
  6. Oru Malayali kanta Indya by C. R Narayanan, 1968
  7. Strength of Materials For Engineering Degree, Diploma and A.M.I.E. Students by S.; Narayanan, R. Ramamrutham, 2008
  8. A Search for Justice: A Citizens Report on the Adivasi Experience in South India by Anita; K Narayanan; C R Bijoy & Edwin Cheria, 1997-01-01
  9. THE CROWN by Kalki R.; Narayanan, C. V. Karthik Krishnamutrthy, 2001-01-01
  10. An Humble Petition to His Excellency the President of India Dr. R.K. Narayanan
  11. Kutiyaracut talaivar Ke. Ar. Narayanan by M Kamalavelan, 1997
  12. Elivanannal: Cerukathakal by K. R Narayanan, 1975
  13. Images and insights by K. R Narayanan, 1987
  14. SAP R/3 FI Transactions (Business (Infinity Science Press)) by V. Narayanan, 2006-12-01

81. IFA - Publications - Manual : Tropical Pulse Crops
J. 70, 6770 (1978). SHELDRAK, AR; Narayanan, A. Growth development and nutrientuptake of pigeonpea (Cajanus cajan L.). J. Agric. Sci. 92, 513-526 (1979).
http://www.fertilizer.org/ifa/publicat/html/pubman/tpulsec.htm
World Fertilizer Use Manual Contents Close window Manual Crop index - Type of crops ... Crop index - Taxonomic names Tropical Pulse Crops Crop data Pigeonpea (Cajanus cajan (L.) Millsp.) French: Ambrevade, pois d'Angole; Spanish: Arveja de Angola, guandul; Italian: Pisello d'Angola; German: Taubenerbse Perennial in habit but cultivated as an annual crop. Harvested part: pods. Generally sown at the beginning of rainy season (direct seeding). Post rainy season planting also successful in eastern India and Nepal. Flowers 2 to 6 months after sowing. Harvested 4 to 10 months after sowing. Plant density 100 000 plants (traditional) to 300 000 plants (intensive) for short-season cultivars and 50 000 plants (traditional) to 80 000 plants (intensive) for long-season cultivars as sole crop. In intercropping systems, 40 000 plants per ha for long-season cultivars. Preferably grown on Entisols, Vertisols and Inceptisols, pH 5.5 to 8.0 Adapted to tropical and sub-tropical environments. Long-season cultivars generally grown as a rainfed crop but short-season cultivars are irrigated.

82. Significant Publications
characterisation of bimetallic Heterorubyrin complex SJ P. Narayanan, B. Sridevi SimiK. Pushpan, A. Srinivasan, VG Anand, TK Chandrashekar, AR Subramaniam, R
http://www.iitk.ac.in/chm/tkc/pap_tkc.html
Significant Publications 1. Core modifie oxybenziporphyrins: new aromatic lignands for metal-carbon activation.
S. Venkatraman, V.G. Anand, Simi K. Pushpan, J. Sankar and T.K. Chandrashekar
Chem. Comm. p Octaphyrin: First structural characterization of a planar, aromatic [1.0.1.0.1.0.1.0]
Octaphyrin with inverted heterocyclic rings
V. G. Anand, Simi K. Pushpan, S. Venkatraman, A. Dey, T. K. Chandrashekar, B. S. Joshi,
R.Roy, W. Teng, and K. R. Senge
J. Am. Chem. Soc. 3. N-Confused Expanded Porphyrin: First Example of a Modified Sapphyrin with an
Inverted N-Confused Pyrrole ring.
Simi K. Pushpan, A. Srinivasan, V. G. Anand, S. Venkatraman, T. K. Chandrashekar, B. S.
Joshi, R.Roy and H. Furuta
J. Am. Chem. Soc. 4. Interaction of Rh(I) with meso aryl Sapphyrins and Rubyrins: First structural characterisation of bimetallic Hetero-rubyrin complex S.J. P. Narayanan, B. Sridevi, T.K. Chandrashekar, U. Englich and K.R. Senge, Inorg. Chem. 5. Inverted Meso -Aryl porphyrins with heteroatoms; Characterisation of Thia, Selena and Oxa N-Confused porphyrins Simi K. Pushpan, A. Srinivasan, V.G. Anand, T.K. Chandrashekar, A. R. Subramaniam, R.

83. Citation
3 1997 toc Escrow techniques for mobile sales and inventory applications AuthorsNarayanan Krishnakumar Ravi 15 AR Modaressi and RA Skoog, Signaling system No
http://portal.acm.org/citation.cfm?id=264137&dl=ACM&coll=portal&CFID=11111111&CF

84. Ars
Concentration Decay of Aerosol due to Radiation and Electric field, KS Narayananand AR Sundararajan Presented at First Conference of Indian Aerosol, Science
http://www.aerb.gov.in/t/employees/ars.htm
Mr. A. R. Sundararajan
Head , Radiaological Safety Division Date of Birth Qualification Date of entry into DAE 1964 (8th Batch Training School) EXPERIENCE Worked as Health Physicist at Plutonium Plant at Bhabha Atomic Research Centre, Trombay
  • was associated with the planning and design of radiological safety of fuel reprocessing plant at Tarapur has contributed to the preparation of radiation protection manuals for both the plants. has organised several training courses in radiation protection for health physicists and nuclear plant personnel. has worked on the characterisation of radioactive aerosols as part of IAEA research contract. as member-secretary of Safety Committee, was associated with the safety review of fast reactor and associated fuel cycle facilities. participated in the IAEA sponsored inter calibration experiment on realistic chest phantom for actinide measurements, was chairman of the technical committee during IAEA Research Co-ordination Meeting at Kalpakkam. has contributed to the organisation of emergency preparedness at DAE Kalpakkam Centre including the preparation of radiation emergency manual, planning and setting up of a well equipped emergency control centre, conducting extensive public awareness programme and organisation of mock-emergency exercises.; worked on Emergency simulator as part of an IAEA research contract

85. Tamil Tune
Dhool ( Vikram, Jothika) Music Vidyasagar. Ithunundu muthathilae, UdithNarayanan, Sowmiya. Kadhalan ( Prabhu deva , Nakma) Music AR.Rahman(M).
http://relay.tamiltune.com:91/MJ/Songs.php?Id=114&TypeId=4

86. Professor A. R. Santha Kumar
Professor AR Santha Kumar obtained his first degree in Civil Engineering from theCollege of Engineering, Guindy in 1965 and subsequently obtained his MSc
http://www.steel-insdag.org/ARSanthaKumar.html
Quick Search THE EXPERT TEAM AT CHENNAI WHICH COMPILED THIS TEACHING RESOURCE Professor A. R. Santha Kumar obtained his first degree in Civil Engineering from the College of Engineering, Guindy in 1965 and subsequently obtained his MSc degree under the Technical Teachers Training Programme. He obtained his PhD degree as a Commonwealth Scholar from the University of Christchurch, NewZealand. His honours include Nagadi Award (1994) from the Association of Consulting Civil Engineers, a Visweswarayya Gold Medal (1993) for the research work on Transmission Line Towers from the Institution of Engineers (India), Nagpur Centre and the best paper award (1990) for his contribution on Tower Foundations, from the Central Board of Irrigation and Power, Government of India. McGraw Hill Singapore has published his book on Transmission Line Towers in 1994. In a lifetime of service to Anna University, he has guided the research work of 17 PhD students and published several papers. He is currently the Dean of Civil Engineering at Anna University, Chennai.

87. H2 Concatenated Codes For Fading Channels Based On Recursive
V. Tarokh, R. Jafarkhani and AR Calderbank, Spacetime block codes from orthogonal KRNarayanan, Turbo decoding of concatenated space-time codes , in Proc.
http://www.comsoc.org/livepubs/twc/Public/2003/Jan/118_02twc01-gulati.html
IEEE Transactions on Wireless Communications
Complete paper in PDF format
Concatenated Codes for Fading Channels Based on Recursive Space-Time Trellis Codes
Vivek Gulati Student Member, IEEE and Krishna R. Narayanan Member, IEEE
Abstract: Abstract: We propose a class of codes which combine the principles of turbo coding and space-time trellis codes. It is first shown that several classes of space-time codes have an equivalent recursive realization. This fact is then exploited to design serial concatenated coding schemes with an outer code, interleaver, and an inner recursive space-time encoder. Two solutions are proposed in this paper-The use of convolutional outer codes aimed mainly to improve the power efficiency and the use of very high-rate outer codes to obtain significant improvement in power efficiency with a marginal decrease in spectral efficiency. We show that single parity check based turbo product codes are a good candidate for very high-rate outer codes. Finally, we propose an automatic repeat request scheme based on recursive realizations of space-time codes and show that the proposed scheme provides significant reduction in frame error rate. References
  • V. Tarokh, N. Seshadri and A. R. Calderbank, "Space-time codes for high data rate wireless communications: Performance criterion and code construction"
  • 88. Bioinformatics Home
    University Homepage, Research at Exeter. Bioinformatics Centre. People.
    http://bioinformatics.ex.ac.uk/research.htm
    Research at Exeter
    Bioinformatics Centre
    People
    Projects
    Egenis
    ESRC Centre for Genomics in society
    Protein Structure Group
    Protein Crystallography Group of Prof. J. Littlechild
    Engineering and Computer Science, Maths and Statistics
    People
    Projects
    • Bio Basis Function Neural Networks Multivariate Statistical Analysis of Microarrays
    Peninsula Medical School
    Physics
    Bioinformatics Homepage

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