[nilesh]

Discuss about vk aswal barc here. Welcome to Courses.ind.in and this page is for vk aswal barc discussion. If you are looking for information on vk aswal barc then ask your question is as much details as possible in the “Reply” box provided below. The more detailed your question will be, the more easy will it be for our experts to answers your query. And if you have any updated or latest information on vk aswal barc, then please share you knowledge with our experts in the “Reply” box below. Your reply will be published here and your knowledge can help many people. Thanks for stopping by at Courses.ind.in. Please visit again.

Hi I would like to have the details of the Small-Angle Scattering from Micellar Solutions research work carried out by Vinod K. Aswal Professor at Solid State Physics Division, Bhabha Atomic Research Centre?

[Vishal Kotkar]

Particles comprise of a polar hydrophilic head gathering and a long hydrophobic chain associated with the head gathering. The concurrence of the two inverse sorts of conduct (hydrophilic what's more, hydrophobic) in the same particle prompts the self-total of the surfactant atoms at the point when broken up in water.

The totals are called as micelles. The run of the mill size of a circular micelle is around 50 Å and is comprised of about 100 surfactant particles.

The micelles are shaped by the sensitive adjust of contradicting powers: the alluring tail-tail hydrophobic communication gives the driving compel for the accumulation of the surfactant atoms, while the electrostatic shock between the polar head bunches restricts the size that a micelle can accomplish.

Small-Angle Scattering

The Small-Angle Scattering Intensity I(Q) as a capacity of disseminating vector Q (=4πsinθ/λ, where 2θ is the disseminating point and λ is the wavelength of the episode radiation) for a micellar arrangement can be communicated as

I(Q) = n(P) (Q) S (Q)

where n is the number density of the particles. P(Q) is the intraparticle structure factor and depends on the shape and size of the particles. S(Q) is the interparticle structure factor and is decided by the spatial distribution of the particles. P(Q) is given by the integral.




Please find the full research work & publication for Small-Angle Scattering from Micellar Solutions attached in the file below.