-
```
Currently, ADDA uses the same simplest formula to calculate Cext for any beam
type. The problem is that for Gaussian beams it is inadequate, i.e. it doesn't
describe the total energy removed fro…
-
From the following issues:
https://github.com/phetsims/sherpa/issues/35
https://github.com/phetsims/sherpa/issues/38
https://github.com/phetsims/chipper/issues/182
It is desirable to make sure that t…
-
https://github.com/phetsims/chipper/issues/178 says:
> Added a new grunt task: create-composite-third-party-report #162
> Given the simulation-specific reports created by createSimSpecificThirdPartyR…
-
```
Currently, scattered field is zero for scattering directions between 90 deg and
critical angle in the (denser) substrate. This is incorrect, since evanescent
waves radiated by dipoles transform …
-
For some of our collaborations and contracts, we must provide reports about 3rd party assets (code/images/audio/fonts/etc.) that we are using. Most of the code licensing (and the only font we are inc…
-
```
Currently, scattered field is zero for scattering directions between 90 deg and
critical angle in the (denser) substrate. This is incorrect, since evanescent
waves radiated by dipoles transform …
-
so that it matches the size of the intensity sensor and time graph sensor.
-
Hi!
I cannot run properly the example notebook AuAg_dimer, which gives me the following error:
![aaa](https://cloud.githubusercontent.com/assets/18192004/14273370/7a4d92a4-fb0a-11e5-9040-afd6b7dbce5c.…
-
```
Currently, ADDA uses the same simplest formula to calculate Cext for any beam
type. The problem is that for Gaussian beams it is inadequate, i.e. it doesn't
describe the total energy removed fro…
-
```
Currently, scattered field is zero for scattering directions between 90 deg and
critical angle in the (denser) substrate. This is incorrect, since evanescent
waves radiated by dipoles transform …