| First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) | First shell (Ga-Ga pair) |
| Sample                   | R0 (  A   )              | Rj (  A   )              | sj (  A   )              | s T  (  A   )            | s S  (  A   )            | N                        | DE 0 (eV)                |
| Ga (78 K)                |                          | 2.43+-0.01               | 0.05+-0.005              |                          |                          | 1.0+-0.2                 | -2.5                     |
|                          |                          | 2.71+-0.01               | 0.08+-0.005              |                          |                          | 6.0+-0.5                 | -2.0                     |
| Ga (300 K)               |                          | 2.44+-0.01               | 0.07+-0.005              |                          |                          | 1.0+-0.2                 | -2.1                     |
|                          |                          | 2.75+-0.01               | 0.11+-0.005              |                          |                          | 6.0+-0.5                 | -3.9                     |
| Ga (305 K)               | 2.56+-0.01               | 2.92+-0.01               |                          | 0.07+-0.005              | 0.12+-0.005              | 9.8+-1.0                 | -0.8                     |
| Ga (330 K)               | 2.57+-0.01               | 2.96+-0.01               |                          | 0.07+-0.005              | 0.13+-0.005              | 10.1+-1.0                | -1.5                     |
| Ga (373 K)               | 2.58+-0.01               | 2.97+-0.01               |                          | 0.08+-0.005              | 0.13+-0.005              | 10.0+-1.0                | -1.0                     |

Caption: The structural parameters of gallium fitting with convolution of Gaussian and exponent functions

You are provided with a table from a material science paper. Here are JSON templates for two types of numeric cells: "Other" and "Glass_Compound_Amount":
{"value": "xx", "type": "Other"}
{"value": "xx", "type": "Glass_Compound_Amount", "constituent": "xx", "unit": "xx", "material": "xx"}

Please describe all numeric cells in the above table following the JSON templates (proceeding by row in a left-right, top-down direction). For each cell, output one JSON description per line. For any unanswerable attributes in the templates, set their value to the placeholder "xx".

Cell Description:
{"value": "2.43", "type": "Other"}
{"value": "0.05", "type": "Other"}
{"value": "1.0", "type": "Other"}
{"value": "2.71", "type": "Other"}
{"value": "0.08", "type": "Other"}
{"value": "6.0", "type": "Other"}
{"value": "2.44", "type": "Other"}
{"value": "0.07", "type": "Other"}
{"value": "1.0", "type": "Other"}
{"value": "2.75", "type": "Other"}
{"value": "0.11", "type": "Other"}
{"value": "6.0", "type": "Other"}
{"value": "2.56", "type": "Other"}
{"value": "2.92", "type": "Other"}
{"value": "0.07", "type": "Other"}
{"value": "0.12", "type": "Other"}
{"value": "9.8", "type": "Other"}
{"value": "2.57", "type": "Other"}
{"value": "2.96", "type": "Other"}
{"value": "0.07", "type": "Other"}
{"value": "0.13", "type": "Other"}
{"value": "10.1", "type": "Other"}
{"value": "2.58", "type": "Other"}
{"value": "2.97", "type": "Other"}
{"value": "0.08", "type": "Other"}
{"value": "0.13", "type": "Other"}
{"value": "10.0", "type": "Other"}