Explaining the trends of Nuclear Shielding caused by Magnetic moments related to Susceptibilties

Explanation & illustration of Induced Field Calculations at Points Outside the Specimen Close to it
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A webpage of this site  http://saravamudhan.tripod.com/id12.html (see the left side links-panel: "other related webpages")consists of a list of the contributions in pususance of the title"Explaining the trends of Nuclear Shielding caused by Magnetic moments related to Susceptibilties"

The events which followed after (year 2003) the reports at the above link of "id12.html" are listed and particulars are posted at the tripod site: http://nehuacin.tripod.com/

 

Calculated Induced Field Outside Close to Specimen
cmtsout.jpg
Click on Picture above & display Web Page referred in Text below

Considering the plots above, when the sphere is about 2.5units in radius, the field can be calculated with reasonable linearity against the reciprocal cube of the distance, even at points as close as 3.0 units from the centre of the sphere. The corresponding curve for the single dipole at the centre maintains the expected linearity even at points inside the specimen but as it should in the case of the distributed volume elements the linearity does not hold when the points are close to the surface of the sphere.This indicates the trends are alright and the apparent linearity of the single dipole case donot bring any factual trends at these distances.

The picture above is linked to a Web Page [Click on the picture above to display that page] which contains the Poster materials displayed at the International Conference on Magnetic Resonance of Biological Systems, held in Hyderabad, INDIA during Jan 16-21,2005. The SHEET-14 of this poster is titled "Calculating the induced field at a point out sied the magnetized sphere " and it has also link to this page in return by emphasizing this  advantage of the method.

The particulars about this event "ICMRBS2005" are posted in the URL: http://geocities.com/inboxnehu_sa/conference_events_2005.html