| Compound  | Site | d ISO | d CSA | e CSA |
| MgP4O11   | Q3   | -51.7 | -144  | 0     |
|           | Q3   | -46.1 | -150  | 0     |
|           | Q2   | -43.7 | -174  | 0.33  |
|           | Q2   | -38.7 | -174  | 0.33  |
| Mg(PO3)2  | Q2   | -36.6 | -135  | 0.45  |
|           | Q2   | -34.3 | -130  | 0.5   |
| a-Mg2P2O7 | Q1   | -20.2 | 84    | 0.3   |
|           | Q1   | -13.8 | 71    | 0.2   |
| b-Mg2P2O7 | Q1   | -19.2 | 79    | 0.3   |

Caption: Isotropic and anisotropic 31 P chemical shifts of the crystalline magnesium phosphates MgP4O11, Mg(PO3)2, a-Mg2P2O7 and b-Mg2P2O7 (d ISO+-0.5 ppm, d CSA +-2 ppm , e CSA+-0.05) a

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", "type": "Other"}
{"value": "0", "type": "Other"}
{"value": "0.33", "type": "Other"}
{"value": "0.33", "type": "Other"}
{"value": "0.45", "type": "Other"}
{"value": "0.5", "type": "Other"}
{"value": "84", "type": "Other"}
{"value": "0.3", "type": "Other"}
{"value": "71", "type": "Other"}
{"value": "0.2", "type": "Other"}
{"value": "79", "type": "Other"}
{"value": "0.3", "type": "Other"}