Description
This set corresponds to a (pending) publication, where we attempt to model spectral features appearing in the lab by calculating many segments of an inhomogeneous field. Every data set here is a transmission value, either normalized to 1 in modeled data, or an arbitrary-scaled voltage reading from a photodiode onto an oscilloscope. These are given in scans over coupling photon detuning, delta_C, which is divided by 2 pi, and given in MHz. Arrays are scans over delta_C, and position/fieldstrength, for figure 3. Data for figure 3 is given in a slightly unorthodox form, where the [electric field over position plot] and the [total transmission over detuning plot] are given along either of the large array's corresponding axes, matching the arrangement in Fig 3. All data is in CSV comma separated value form, with return characters between rows.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| README | Unknown | a description of the data. | Open resource |
| Figure 1 - tuned waveguide data vs. model | Unknown | transmission curves over coupling detuning. We compare data and theory for an 'optimized' waveguide with a near constant field, and an 'unoptimized' standing wave inside of a waveguide. | Open resource |
| Figure 2 - linear change in E | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). | Open resource |
| Figure 3a - constant | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 3b - step-wise | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 3c - linear | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 3d - 1/r | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 3e - standing wave | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 3f -Waveguide simulation | Unknown | Transmission data in an array over cell position (rows) and detuning (columns). Column and row scaling headers each have corresponding data of the total transmission and the field value over position. | Open resource |
| Figure 4 - Transverse through waveguide | Unknown | Comparison of model and data for a transverse path through a waveguide. | Open resource |
| Figure 5 - Longitudinal Through Waveguide | Unknown | Comparison of model and data for a transverse path through a waveguide. This set uses three different powers labelled, 'low' 'med' and 'high' | Open resource |