Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
Magnetic line source scattering by CNP (coated nano-particle)
Posted Nov 2, 2013, 2:58 p.m. EDT 1 Reply
Please login with a confirmed email address before reporting spam
Hello all,
I'm a beginner with Comsol and I don't have the huge experience with Comsol. Anyways, in my project I have an infinitt long coated nano-particle, where the core is a Silicon dioxide (also known as Silica), which has the real part of the complex refractive index n = sqrt(2.05) and the extiction is k = -0.175. The core is surrounded with silver, whch has the real part of the relatve permittivity -14.4948 and the imaginary part of the relatve permittivity -j*1.6742. the radius of the core is 24 nm, the radius from origo to the end of the sphere is 30 nm and in a distance of 12 nm by the x-axis, there is a magnetic line source. All the parameters has been inserted, but it doesn't work as expected. Hopefully one of you can help me. The oploaded pdf file is the expected result.
I use the version 4.3b
Regard, Jes
I'm a beginner with Comsol and I don't have the huge experience with Comsol. Anyways, in my project I have an infinitt long coated nano-particle, where the core is a Silicon dioxide (also known as Silica), which has the real part of the complex refractive index n = sqrt(2.05) and the extiction is k = -0.175. The core is surrounded with silver, whch has the real part of the relatve permittivity -14.4948 and the imaginary part of the relatve permittivity -j*1.6742. the radius of the core is 24 nm, the radius from origo to the end of the sphere is 30 nm and in a distance of 12 nm by the x-axis, there is a magnetic line source. All the parameters has been inserted, but it doesn't work as expected. Hopefully one of you can help me. The oploaded pdf file is the expected result.
I use the version 4.3b
Regard, Jes
1 Reply Last Post Nov 3, 2013, 6:12 p.m. EST
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
Hi,
I have have had solving the problems whereas I'm really close to the exprected solution. I have sending a mail to a person and I'm waiting for his answer, which I'm sure I get monday.
regard, Jes
I have have had solving the problems whereas I'm really close to the exprected solution. I have sending a mail to a person and I'm waiting for his answer, which I'm sure I get monday.
regard, Jes