-
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
I am having issues compiling a file using revtex4-1 class with citations. I am using the traditional builder and have the tex installation path pointing to `/usr/local/texlive/2014/`. Here is my minim…
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We need an example dataset of flickering rods that we can test SpandexFlicker with, to see if change we make improve the code. This dataset shouldn't be stored in the Spandex repository though, becaus…
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**Caesan Psion Analysis**
_"Spoon-Benders. Aura-Readers. Fortune-tellers. Psychics. Even with the miracles of alien technlogy laid out in my lab I would have never, ever credited that psychic phenomi…
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```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
```
Currently ADDA calculates the scattered intensity for a set of scattering
angles. In certain applications, scattering function is described as a series
of spherical harmonics. Thus, simulation m…
-
Hi,
I did a MD simulation of Goldnano particle and I need to calculate the electrostatic potential of each component by distance from the center of GNP. I don't know if it is possible with APBS or …