- InChI
- InChI=1S/C11H28Si3/c1-12(2,3)10-11(13(4,5)6)14(7,8)9/h10H,1-9H3
- InChI Key
- CUFNUQSBSOKXJH-UHFFFAOYSA-N
- Formula
- C11H28Si3
- SMILES
-
C[Si](C)(C)C=C([Si](C)(C)C)[Si
](C)(C)C - Molecular Weight1
- 244.60
- CAS
- 18938-24-4
- Other Names
-
- [2,2-Bis(trimethylsilyl)vinyl](trimethyl)silane
- Tris(trimethylsilyl)ethene
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.3334 | Relay (... Calculated Property | |
| ΔfG° | 155.47 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -409.16 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 46.32 | kJ/mol | Relay (... Calculated Property |
| IE | 8.85 ± 0.04 | eV | NIST |
| log10WS | -5.10 | Relay (... Calculated Property | |
| logPoct/wat | 4.545 | Crippen Calculated Property | |
| Pc | 1253.18 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 463.99 | K | Relay (... Calculated Property |
| Tc | 628.03 | K | Relay (... Calculated Property |
| Tfus | 253.10 | K | Relay (... Calculated Property |
| Vc | 0.890 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![1,3,5,7-Tetrasilatricyclo[3.3.1.13,7]decane,1,3,5,7-tetramethyl)-.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAdIUlEQVR4nO3daViTVxYH8POGABFBFhVF3GUTFBUU941xF8fWjlK1+FT0sVgtVIVxQYVRx2KtDnXBonVGrNOqWH1kKNW6VAR0XHEBAVEpKCBIIgYCJCR558NtMxQsELLcJO/5fWqVkBP853LzLucwLMsCQtzAo10AQvqDcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFHHIJxRxyCcUccgnFXj0gkol0CajuMe2sJhcJ33nln5MiRUqmUdi2ojTDurWVra/vs2bPHjx9/8cUXtGtBbcSwLEu7BqORlpY2fvx4gUCQnZ3dp08f2uUgteHqroaxY8fOnz+/trb2008/pV0Lagtc3dVTVlbm4eFRWVmZlJQ0a9Ys2uUg9eDqrp4uXbpER0cDwMqVKyUSCe1ykHow7mpbuXLlkCFDioqKYmJiaNeC1IObmba4devWiBEj+Hz+/fv3PTw8aJeDWgtX97YYNmzY4sWLZTLZJ598QrsWpAZc3dtIJBK5u7tXVFScPHly7ty5tMtBrYKrexs5ODj8/e9/B4CwsDCxWEy7HNQqGPe2W7p06YgRI0pLS7du3Uq7FtQquJnRyN27d/38/BiGuX379qBBg2iXg1qAq7tGfHx8QkJC5HL5ypUrceEwfLi6a0osFnt4eJSWliYkJCxatIh2Oag5uLprqkOHDuR8U0RExOvXr2mXg5qDcdeCoKCgiRMnlpeXb9q0iXYtqDm4mdGO7OzsIUOGKBSK69ev+/n50S4HvR2u7trh5eUVGhqqVCpXrFihVCppl4PeDld3rampqfH09CwsLIyPj1+2bBntctBbYNy1KTExcd68eQ4ODrm5uZ07d6ZdDmoMNzPaNHfu3OnTp4tEovXr19OuBb0Fru5a9uTJk4EDB0ql0vT09FGjRtEuB/0Oru5a5uLiEh4ezrIsOdtKuxz0Oxh37duwYUPfvn0fPnwYFxdHuxb0O7iZ0Ylz585Nnz69Q4cOOTk53bp1o10O+hWu7joxbdq0P//5z2KxOCIignYt6P9wddeVoqIiT09PiURy6dIlf39/2uUgAFzddadnz57kcOTy5cuxraSBwLjrUEREhIeHx+PHj2NjY2nXggBwM6NrFy9enDx5cs+ePfPz8y0sLGiXw3UYd507ePDge++917FjR9qFIIy7frEsW1JSUlhYaGdn169fP0tLSwC4fPmyhYXFmDFjaFdn+jDu+vP999+HhYUVFxeT/23fvv3y5ct37tzZp08fBweHO3fu0C2PC/i0C+CK//73v4GBgZ07d96zZ4+3t3dlZWVGRkaXLl0A4MiRI+bm5rQL5ARc3fVk2bJlhw4dOn/+/JQpU2jXwl14IFJPKioqAOCtFxTMmzdv6dKleq+Ii3AzoyekUfCqVau+/fbbRnd+3Lp1y8HBAQBqamrICamqqipyNWV1dXV9fT0ASCQSmUwGALW1tXV1dQBQV1dXW1sLAFKptKamBgDq6+urq6sBQC6XV1VVAYBSqXzz5g0AsCxbWVlJnk7VLmHmzJlBQUEuLi56ePkGAjcz8ObNG3J3qVgsVigU8LaQqYLYTNpkMhkZcKCKnUKhEIvFq1evnj59+suXL0eNGlVQUCAQCGbNmhUcHDxlyhQejwcAqo+qISEh8fHxenvhjo6OAJCbm2tvb6+3J6WLK6t7WVnZtWvXwsPDVWtbZWWlft7qc+bMAYCuXbtmZmb+85///OabbxITExMTE11dXU+fPj1gwADVV9ra2pLk2djY8Pl8AGjfvj05OWVlZUWOWrZr104gEACApaWllZUVAFhYWLRv3x4A+Hy+jY0NAJiZmXXo0AEAeDyera0t+eaqTNvZ2TEMAwBhYWEZGRkbN27cv3+/Hn4OhoArq/uCBQt++OGHt7bq7dChg5mZGTQImbW1NTlUokqbKmQCgaBdu3bwtrSZm5tbW1tDk9i5u7v36NGj4TM+evTos88+O3bsmKura05OjouLC5UDkY8ePRo8eLBCobh27drw4cP1/Ox0sBxw8+ZNhmEEAkFaWppQKBSJRCKRSKFQ0K1q5syZAJCZmdm7d28fHx8qNZDrk319feVyOZUC9IwTR2bWr1/PsuyqVavGjBnj4OBgb29vb29P9s0U9ezZEwDo9oaPjo7u1avXnTt3vv76a4pl6A/t95vOJSUlAUCnTp3IZp2WzMzMhgWUl5c7Ozvz+fxXr15RXN1Zlk1MTAQAe3v7srIyWjXojYnHXS6Xe3l5AcCePXvoVuLj42NpaTl16tQVK1Z88MEH5INjVFQUy7J0486y7IwZMwBg8eLFFGvQDxOPOzmu17dvX6lUSreSe/furV27dsKECb1793Z3d589e/b58+fJX23evDkmJoZibfn5+QKBgGGYK1euUCxDD0w57tXV1U5OTgCQmJhIuxZDR3oXDxgwQCaT0a5Fh0w57mS8tZ+fn1KppFjGunXrtm3bJpFIKNbQopqamr59+wLAP/7xD9q16JDJxr2srIycaklLS6NYRl5enrm5uZmZWVZWFsUyWuPHH38EABsbmxcvXtCuRVdMNu4hISEA8O6779Itg5xS/eijj+iW0UqzZ88GgPnz59MuRFdMM+65ubnm5uZ8Pj87O5tiGdevX2cYxtrauqSkhGIZrVdYWEjOEF+8eJF2LTphmnEnq9THH39Mt4zRo0erjjYaCzIb2dXVta6ujnYt2meCcb969SoAWFtbl5aWUizj1KlTAODo6CgWiymWoS6pVNq/f38A+Oyzz2jXon2mFnelUknaTG/ZsoViGTKZzNXVFQC++uorimW0zZUrVxiGsbKyKigooF2Llpla3E+cOAEA3bp1q66upljG3r17AcDd3b2+vp5iGW0WGBhoCB/0tc6k4i6Tyci9OYcOHdL8u5WUlNy8eXP37t3p6ek1NTWtf6BYLCb3XJ89e1bzMqgoLS0lF8r/5z//oV2LNplU3Elvuv79+2u4pioUivj4eFtbW7KLBQAzMzNPT8+goKDY2Ni0tLTmTz1u2LABAMaNG6dJDdTt3r0bAHr16mXgJ8jUYjpxr6ys7NSpEwAkJydr8n0yMjIGDRpEUj5u3Ljg4ODBgweT2z5UrK2tx48fHxERcerUqaKiooYPLy4utrKyYhjm2rVrmr0gyurr68nPwbiOLDXPdOK+du1aABg/fnybv4NQKAwNDSXXwXfv3r3hlTYymez27duxsbFBQUGenp7k5jeVrl27BgQEREVFJSUlzZ8/HwACAwO18JJoS09PZxjG0tIyNzeXdi3aYSJxf/HiBVlTb9261YaHK5XKhIQE0iDA3Nw8NDS0qqqqma+vrKxMS0uLiYkJCAggNzg3xDDM9OnTybZHrU2/Afrwww8BYMqUKbQL0Q4TifuiRYsAYMGCBW14bGZm5siRI0lSJ06c+OjRI3W/Q3FxcVJSUlRUVNO+p3w+n2z64+Pjs7KyqN8xqK6Kigryor7//nvatWiBKcT9/v37PB7PwsLiyZMnaj3w9evXoaGh5L7sbt26JSQkaFLGzz//DAB2dnbp6ekJCQmhoaG+vr7km6vY2NiMHj06NDQ0ISHh2bNnmjyd3pCBaj169Gj+N55RMIW4kzZ0a9asUetRJ0+eJIcL+Xx+aGjomzdvNKlBoVD4+voCwI4dOxr+eVVVVVpammrT32jtd3JyUm36hUKhJgXojkKhIH0K/vrXv9KuRVNGH/dz586RNbWioqKVD8nNzZ00aRIJ3NixYx88eKB5GUePHgUAZ2fn5g/blZSUkG1PQEAAOY7UUN++fVXHOg3qkpXbt2+bmZnx+Xyt/KwoMu64KxQKHx8fAPjiiy9a8/USiSQqKoq0junYsWN8fLxW7vyora3t1asXABw9elStBxYXF588eTI0NHT06NGkj42Kubm5r68v2fZkZWXRvUOF/e2C6rFjx1KvRBPGHfd//etfANC7d+/WrIVJSUmk1wWPxwsKCmr9b4MW7dixAwAGDRqkySfR+vr6rKyshISEZcuWeXp6NuoLYmtrO3r06LVr1yYlJVFpGSASicgxqGPHjun/2bXFiONeW1tL4vvvf/+7+a/Mz8+fNm0ayY2Pj8+NGze0WIZIJCINTX/66SctfluxWKza9Pfu3fuPNv0XLlzQ21lPsrh06dLl9evX+nlGrTPiuG/fvh0ASNu3P/qampqaqKgo0l3R3t4+NjZW6+2yVq1aBQDTpk3T7rdtRHWsMyAgoFEH00YXOOiu54JSqRw/fjwAhIaG6ugpdM1Y4/7q1StyDdOFCxf+6GuSkpL69OkDAAzDBAUFlZeXa72MZ8+eWVpa8ni8u3fvav2b/xG5XE62PWTTT97MKu3bt1cd69T6DbL379/n8/kuLi5GevrMWOMeGhoKADNnznzr3z5//nzu3Lnkn3/QoEEZGRk6KuP9998H2g2Jmr/Awc7ObtKkSeRY56tXrzR/upSUFCPNOmukcX/69KmlpaWZmdnDhw8b/ZVMJouNjSWdeNu3bx8TE6O7K85Jp9V27doVFhbq6CnaoPkLHJycnObOnautCxyqqqquX79+8uTJlJSU58+fkz88fvz4d999p/Hr0AmjjDtZuZcuXdrozy9fvqw6lRMQEKD6B9ARf39/ANiwYYNOn0VDqk3/pEmTSIduFQ0vcPjqq6/IskIwDPP++++zLNu/f38PDw/dvBpNGV/cb9y4QdbUhlfelpSUBAUFkZ+7m5ubqh+d7hhIp1W1NNr0Nxr3p9YFDlevXmUYpl+/fqdPn87Pz8/MzIyLiyN31eTn5+fn5+vlBanNEONeVFT0448/Hj58OCkpibT4USgUO3fuJHfWkHG7mzZtIl9cX18fGxtLOihZWVlFRUXp4Xyk4XRa1YQmFziQy62bOU5gmAwr7nK5PCQkpOEZFh6Pt3nzZjIgKTAw8MyZMwDQuXNnconL1atXBw4cqNq9/PLLL/qp03A6rWpRaWnp2bNnIyMjJ0+ebGdn1zD6PB7Py8tr8eLFBw4cyMvLY1mW/C59a4e2P/3pT/7+/novv1UMa1hNbGzsqlWr/P39t23b1q9fv7KyssuXLw8cONDf37+goMDa2rq6ujoyMnLs2LGBgYHr168nvz379eu3Z88e0rVZDyQSiaura2lpaWJi4l/+8hf9PKn+lZSUZGRkpKen37lz586dO2QAGwBERUVFR0fv3r17zZo1AwYMOHbsmOrmL8LT05Nl2ZycHKFQSD7EQ4Mxb6qhgs2MeWtxuhs0GCoIv80SnD9/fstDpui+2xqZMmUKwzDNXxuoUCgSEhLIRdgCgSAqKqq2tlZvFbK/dVodPny4UV89ohapVHrjxo29e/cGBQWlpqayLFtdXU2aRgHAsGHD4uLiVJ9hVB9VP/30U03fc+pYuHBhiy/EsFb3wYMHP3jwQCgUNjpxKJfLu3btOmfOnJiYmMmTJ9+9excAZsyYsWfPnn79+umzwvLychcXF7LrJZ8iOEsulycnJx89ejQlJUUqldrZ2SUmJk6aNEm1uu/YsePEiRNka6rWmLdmprupZgkyDKPacZG0qB7VHB2uCeoLDg4GgPHjxzf6aK/au7MsO23aNGdnZw1vxWizEydO8Pn8SZMmUXl2w/T69evo6GgzM7NOnTpJJBJDPhDZ8lzVZoYyqzZS7NuGMqsGlzbdt6nm9Kr2bbt27fL29t6yZUtGRkZqaqqbm9uoUaOCg4MDAwMbvWUPHz5sa2vb8vtYNywsLBiGIVdlNTp/yVl2dnZRUVEFBQUJCQn6H5epnhbfEAsWLNBDGaqWs7W1tcePH585cyb5lefs7Pzw4cOGqztdIpGI3MHd4mWYXEMu6/jpp5+Me3W3trYmeyN1hzLb2tqSfZtqTm/TfZtqGPTgwYPJwwUCQWBgYGBgoFAo3LRp04EDB4KDgzMyMrT2xtKMvb19TEzMkiVLVq9ePWPGjEYH7LjjypUrXbp0UbWdKigoOH78uIWFxZAhQ+gW1gLa77cWDBs2DABevXoFhrG6sw2ugw0LC6NdCzVDhw4FADc3t4CAgIkTJ1paWjIMQwbdGPLqbuhjhMlHdbK/J/Lz8wsKCuhVBAzD7Nu3z9zcfN++fZmZmRQroejcuXMHDhwYMWKEWCzm8XiLFy++d+8eOfK4Zs2a8PBw2gX+Adrvt985fvx4w+YZKSkpfD7fzc2t4VlVS0tLQ+jyQ/5phw0bZnStYzRk1GcbDCjudXV15LOBu7u7v7+/t7c3AFhbW1++fFkV94qKCnIDP/XZkWKx2NnZGQAOHz5MtxI9++ijjxYvXmws43caMazTTC9fvjx16tS9e/devHhhY2MzcODAkJAQR0dHpVK5f/9+Nze3qVOnxsfHh4SEdO/ePScnp+EFqPr33XffLViwoGPHjrm5uU27aJiknJwcb29vhmGys7PJvAYjQ/v9pjaFQjFixAgAiIiIoF3Lr5e8G8tgPc2RC5PwXlW9UnX5uX//Pt1K8vLyyL2q169fp1uJHly5cgUAbGxsqHT+0AqjjDvLsh9//DEAjBkzhvonp3Xr1gGAj4+P1nscGBSlUkkOPhr1iDJjjfubN2+cnJxA/cZdWieRSEgfmH379tGtRKeOHTsGregKaOCMNe4syx45cgQMo8vP6dOnAaBDhw5GeryiRVKplFx5euTIEdq1aMSI465UKidMmAAAK1eupF0LGxAQAACLFi2iXYhO7Ny5EwC8vb2N/SSDEcedZdmsrCxzc3Mej6fdPnht8OTJE4FAwDDMzz//TLcSrXv9+jW5mUYPN7zrmnHHnWXZ1atXA8DQoUOpLzzkLicvL6/m5/IZnTVr1gDAxIkTaReiBUYfd9XZzYMHD9KtpK6uzt3dHVrdfdsoFBQUkCOtd+7coV2LFhh93NnfJmU7ODjoogukWs6fP0+OTJN+ISaA3O1gMp9JTCHuLMtOnz4d3tZXTP/mzJkDAPPmzaNdiBZkZmbyeDyBQGBQXQE1YSJxf/z4MfmkSH14b1FREbmSJyUlhW4lmiMjfdauXUu7EK0xkbizLBsZGQkAAwcO1F0P1FYiwzxcXFz03BFEu5KTkwHA3t7eYGektYHpxL2mpoZ0c//yyy/pVlJfX096m23bto1uJW0ml8sHDBgAALGxsbRr0SbTiTvLsikpKeTsZnFxMd1KSMfQdu3aPX36lG4lbXPo0CEA6NOnj0ENANScScWdZdlZs2ZB6xpK6drChQtB90NsdKGmpqZHjx4AcOLECdq1aJmpxb2wsJC0oLl06RLdSl6+fEn6FCQlJdGtRF1btmwBAD8/P+pXm2qdqcWdZdmtW7cCgKenJ/Wzm19++SUA9OzZs7q6mm4lrVdeXk66qlBfL3TBBOMulUo9PDygybx2/ZPL5aTvSmRkJN1KWo/cSDB79mzaheiECcadZdkLFy4AgJWVVUFBAd1Kbt68yePxLCwscnJy6FbSGnl5eebm5mZmZlof2WcgTDPu7G/zm9577z3ahbBLliwBAKPoovruu+8CQEhICO1CdMVk415SUkIa+iUnJ9OtRCgUkj4FBn6g4/r16wzDWFtbm+pNKqzhdxFrMycnp02bNgFAWFiYavIEFQ4ODtu3b+fz+c+ePaNYRovCw8NZlg0PDyd3RZom2u83HaqvrydzVKKjo+lWolAocnNz6dbQvMTERABwdHQUi8W0a9Ehw2qrpHXp6enjxo2zsLB48OCBm5sb7XIAAJRKZWpqak5OTnl5uZOT05gxY7y8vMrKyrZv3z516lS9TZhqqL6+3svLKz8/Pz4+ftmyZfovQH9ov990btGiRQAwdepU2oWwLMuWl5f7+vqSnzxp+Q0AcXFx2dnZALBx40YqVe3ZswcAPDw8qF9dp2umH/eysjLSe/706dO0a/l1PuOaNWvIZYZlZWWqmb319fVU7j8Ui8VdunQBIzz72wamH3eWZfft2wcAPXr0qKqqoltJ9+7dnZ2dm/65Uqkkgxf1X9KGDRsAYNy4cfp/av3jRNwVCoWfnx8ArFu3jm4l1tbWHTt2bHqZoZ43M3V1dSKRSCQSZWZmWllZGcJtMfrR8rAaE8Dj8fbv3z98+PDdu3cvWrRINWJF/8aMGXPu3LmpU6fu3r3bx8fnrV+TnJxcW1urmvemmpfLvm3e25s3b5RKJTSY96Ya89Z0Tm9dXV1tbW2jp7OxsZk3b97IkSO1/2oNDyfiDgBDhw5dunTpwYMHlyxZ8vXXX5N/9aZDmZsOFWw6nRkaDBVsmram0wVJ7IqLi7t16xYXFzdz5szU1FRfX98BAwYsWbLkww8/bDTgacWKFUVFRTr9aTQcXBoXF6caCGzyTPxAZEMikYhcOkYmPelZQUEBaSWpUCguXrz4zTffnD17trq6ulu3bqmpqTKZzMvLa+PGjVu3bv3kk0/KyspaOe9NNeat6Zxe1Zi3pnN6OYtDcQeAvLy8Y8eOnTp16o+GMjcNWdPpzPC2oYLNTIVWxa4RiUQSERFx4MCBWbNmxcTEqOKu458Bp3Er7oZGqVT26NFDKpVevXoV464HJnvNjFFgGIZ8mkT6gXHXq7/97W+3b98m/y2TySIjIysqKkg7F6QHXDkyYwgKCwt37NgRHR1tb2/v6OhYUlJSVVXl5eW1a9cu1cEfpFO4d9erqqqq5OTkR48evXjxwtHRcejQoXPmzDEzM6uurr506ZK7uzs5doR0BOOuJ2KxmBzzQRTh3l0fKioq+vbtGxISQs5AIVow7vqwZcsWoVBYXFxMjs0jWnAzo3PPnj3r37+/QqG4d+8eabyIaMHVXefWrl0rk8mCg4Mx69Th6q5bN27cGDlypEAgePz4cffu3WmXw3W4uusWub0/IiICs24IcHXXoTNnzsyZM8fR0TE/Px+PQhoCXN11RS6Xb9y4EQCio6Mx6wYC464rBw8efPTokZub29KlS2nXgn6FmxmdqK6udnV1ffny5ZkzZ9555x3a5aBf4equE59//vnLly9HjBgxe/Zs2rWg/8PVXftKSkrc3NwkEkl6ejp3bgM1Cri6a19UVJREIpk7dy5m3dDg6q5lOTk53t7eDMNkZ2e7urrSLgf9Dq7uWhYRESGXy5cvX45ZN0C4umtTamrqhAkTbGxs8vPzSeNFZFBwddcalmXDw8MBYP369Zh1w4Sru9Z8++23CxcudHZ2fvz4sZWVFe1y0Fvg6q4dMpls8+bNALBt2zbMusHCuGvH3r17nz596u3tTTq4I8OEmxktqKysdHFxEQqFpLsv7XLQH8LVXQu2bdsmFAonTpyIWTdwuLpr6pdffiFTjW7duvVHLduRgcDVXVORkZFSqfSDDz7ArBs+XN01cu/ePV9fXwsLi7y8vJ49e9IuB7UAV3eNREREKJXKsLAwzLpRwNW97X744YeAgAB7e/snT544ODjQLge1DFf3NlIoFOvWrQOAzZs3Y9aNBca9jY4cOZKVldWnT5/ly5fTrgW1Fm5m2qK2ttbd3f358+fHjx8PDAykXQ5qLVzd22LXrl3Pnz/38/ObN28e7VqQGjDubWFra2tnZ/f555+TaY/IWOBmpo2qqqrIbEpkRDDuiENwM4M4BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOATjjjgE4444BOOOOOR/2NoJ+96pSrwAAAAASUVORK5CYII=)
Find more compounds similar to Tris(trimethylsilyl)ethylene.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) ⚠️ Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- NIST Webbook
Note: Cheméo is only indexing the data, follow the source links to retrieve the latest data. The source is also providing more information like the publication year, authors and more. Take the time to validate and double check the source of the data.