| Materials            | Density (g/cm3) | C 11 (GPa)  | C 12 (GPa) | Shear modulus (GPa) | Young's modulus (GPa) | Bulk modulus (GPa) | Poisson's ratio (n) |
| 45S5.2 Glass         | 2.702 (0.006)   | 96.6 (0.5)  | 35.2 (0.7) | 30.7 (0.2)          | 77.9 (0.3)            | 55.6 (0.7)         | 0.267 (0.003)       |
| 55S4.1 Glass         | 2.655 (0.005)   | 91.3 (0.8)  | 30.6 (0.8) | 30.4 (0.2)          | 75.9 (0.5)            | 50.8 (0.8)         | 0.251 (0.004)       |
| 45S5.2-Derived phase | 2.700 (0.009)   | 127.9 (1.8) | 44.6 (2.0) | 41.6 (0.5)          | 104.7 (1.0)           | 72.4 (1.8)         | 0.259 (0.006)       |
| Hydroxyapatite       | 3.146           | 140         | 13         | 45.6                | 115.0                 | 80.4               | 0.262               |
| Fluorapatite         | 3.200           | 141         | 46         | 101.8               | 263.3                 | 212.3              | 0.293               |

Caption: Elastic constants of the annealed bioactive glasses, the 45S5.2-derived crystalline phase, and apatites 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": "2.702", "type": "Other"}
{"value": "96.6", "type": "Other"}
{"value": "35.2", "type": "Other"}
{"value": "30.7", "type": "Other"}
{"value": "77.9", "type": "Other"}
{"value": "55.6", "type": "Other"}
{"value": "0.267", "type": "Other"}
{"value": "2.655", "type": "Other"}
{"value": "91.3", "type": "Other"}
{"value": "30.6", "type": "Other"}
{"value": "30.4", "type": "Other"}
{"value": "75.9", "type": "Other"}
{"value": "50.8", "type": "Other"}
{"value": "0.251", "type": "Other"}
{"value": "2.700", "type": "Other"}
{"value": "127.9", "type": "Other"}
{"value": "44.6", "type": "Other"}
{"value": "41.6", "type": "Other"}
{"value": "104.7", "type": "Other"}
{"value": "72.4", "type": "Other"}
{"value": "0.259", "type": "Other"}
{"value": "3.146", "type": "Other"}
{"value": "140", "type": "Other"}
{"value": "13", "type": "Other"}
{"value": "45.6", "type": "Other"}
{"value": "115.0", "type": "Other"}
{"value": "80.4", "type": "Other"}
{"value": "0.262", "type": "Other"}
{"value": "3.200", "type": "Other"}
{"value": "141", "type": "Other"}
{"value": "46", "type": "Other"}
{"value": "101.8", "type": "Other"}
{"value": "263.3", "type": "Other"}
{"value": "212.3", "type": "Other"}
{"value": "0.293", "type": "Other"}