| t 1, ns | t 2, ns | I2, a.u. | t B, ns | t   -    , ns | k d, ns-1 | Author, year [Ref.]          |
| 0.20    | 0.36    | 0.38     | 0.24    | 0.26          | 0.84      | Alekseeva et al., 1977 [3,4] |
| 0.22    | 0.37    | 0.62     | 0.29    | 0.31          | 1.14      | Alekseeva et al., 1980 [5]   |
| 0.29    | 0.37    | 0.75     | 0.35    | 0.35          | 0.56      | Jensen et al., 1994 [6]      |
| 0.198   | 0.370   | 0.61     | 0.28    | 0.30          | 1.43      | Filipecki et al., 2001 [9]   |
| 0.20    | 0.37    | 0.60     | 0.28    | 0.30          | 1.41      | Present work                 |
| 0.22    | 0.37    | 0.54     | 0.28    | 0.30          | 1.04      | Present work                 |

Caption: PAL parameters for g-As2Se3, obtained within two-state positron trapping model mathematically treated owing to two-component fitting procedure

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": "0.20", "type": "Other"}
{"value": "0.36", "type": "Other"}
{"value": "0.38", "type": "Other"}
{"value": "0.24", "type": "Other"}
{"value": "0.26", "type": "Other"}
{"value": "0.84", "type": "Other"}
{"value": "0.22", "type": "Other"}
{"value": "0.37", "type": "Other"}
{"value": "0.62", "type": "Other"}
{"value": "0.29", "type": "Other"}
{"value": "0.31", "type": "Other"}
{"value": "1.14", "type": "Other"}
{"value": "0.29", "type": "Other"}
{"value": "0.37", "type": "Other"}
{"value": "0.75", "type": "Other"}
{"value": "0.35", "type": "Other"}
{"value": "0.35", "type": "Other"}
{"value": "0.56", "type": "Other"}
{"value": "0.198", "type": "Other"}
{"value": "0.370", "type": "Other"}
{"value": "0.61", "type": "Other"}
{"value": "0.28", "type": "Other"}
{"value": "0.30", "type": "Other"}
{"value": "1.43", "type": "Other"}
{"value": "0.20", "type": "Other"}
{"value": "0.37", "type": "Other"}
{"value": "0.60", "type": "Other"}
{"value": "0.28", "type": "Other"}
{"value": "0.30", "type": "Other"}
{"value": "1.41", "type": "Other"}
{"value": "0.22", "type": "Other"}
{"value": "0.37", "type": "Other"}
{"value": "0.54", "type": "Other"}
{"value": "0.28", "type": "Other"}
{"value": "0.30", "type": "Other"}
{"value": "1.04", "type": "Other"}