at either of the two locations below: |
Find 'TABINDEX' command FORMS Set on this page Each FORM is a text box of one line Each box contains a TEXT: " Press 'Tab'-key to go to Sec. # " with numbers in a serial order There are 5 Sections on this page Place the Cursor in one of the FORM and press TAB Key on the Keyboard to display the required section Use FORM only if discrete jump is required from one section to the next. Besides the , HOTLINKS are also provided for navigating within this page |
Go To Section-1 Sec.1. Presentation of the EENC/AMPERE 2004 Conference |
Go To Section-2 Sec.2. Text of Submitted Abstract & below the Text TABLE Link to View the POSTER SITE PO141 |
Go To Section-3 Sec.3. More Particulars of some references cited in the abstract |
Go To Section-4 Sec.4. NOTES on message from Haeberlen; Visit POSTER SITE |
Go To Section-5
Sec.5. Java Features:Excerpts from previous presentations & Reports |
http://nehuacin.tripod.com/id3.html  
The Link on the left displays a page of the poster site at the this is a SSNMR event organised by the Groupment Ampere subsequent to 17thEENC/32nd Ampere at Lille, France in Sept. 2004 This author did not attend the EUROMAR2005 at Veldhoven, The Netherlands |
CLICK HERE to display the WebPage for this author's participations during Winter 2005-2006 |
Dr.S.Aravamudhan CLICK HERE |
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LINESHAPES IN SOLID STATE NMR Sankarampadi ARAVAMUDHAN Department of Chemistry North Eastern Hill University Shillong (Meghalaya) 793022 INDIA E Mail: saravamudhan@nehu.ac.in It has been pointed out earlier that a simple programmable summation procedure can be used to calculate the demagnetization factors which otherwise require evaluation of elliptic integrals [1]. This summation procedure was a result of the extended consideration of the calculation of intermolecular shielding contributions for extracting the isolated molecule value for the proton shielding parameters from a measurement by the HR PMR techniques . The effort to find possibilities to reduce the stringency[2]of the requirement of a spherical sample for such measurement leads to the necessity to consider such a summation within the Lorentz ellipsoids [3]. These results now stand to be reconciled with the susceptibility effect measurements in liquid state HR PMR experiments[4]. This summation procedure seems to be valid for applying point dipole approximations, even for a macroscopic sample, to calculate the induced field outside and near the magnetized specimen[5]. The induced fields in and around the specimen using this method in solids and the comparison with liquids would be discussed. |
Dr.S.Aravamudhan CLICK HERE |
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find in Sec.2. above the TEXT of ABSTRACT submitted for consideration at the Joint 17thEENC/32ndAmpere in France/Lille,Sept.2004 Dr.S.Aravamudhan CLICK HERE Click to join user_magnetic_resonance |