- InChI
- InChI=1S/C20H44O3Si2/c1-7-9-11-12-13-14-15-16-18-20-22-25(5,6)23-24(3,4)21-19-17-10-8-2/h16,18H,7-15,17,19-20H2,1-6H3/b18-16+
- InChI Key
- AACKBNQHVFHSOT-FBMGVBCBSA-N
- Formula
- C20H44O3Si2
- SMILES
-
CCCCCCCCC=CCO[Si](C)(C)O[Si](C
)(C)OCCCCC - Molecular Weight1
- 388.73
- 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).
- Inp : Non-polar retention indices.
- 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 | 0.8368 | Relay (1.0) Calculated Property | |
| ΔfG° | -124.84 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -1037.66 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 80.91 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.42 | eV | Relay (1.0) Calculated Property |
| log10WS | -6.07 | Relay (1.0) Calculated Property | |
| logPoct/wat | 6.937 | Crippen Calculated Property | |
| Pc | 665.85 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | [2006.00; 2006.00] |
|
|
| Inp | 2006.00 | NIST | |
| Inp | 2006.00 | NIST | |
| Tboil | 579.86 | K | Relay (1.0) Calculated Property |
| Tc | 725.06 | K | Relay (1.0) Calculated Property |
| Tfus | 202.12 | K | Relay (1.0) Calculated Property |
| Vc | 1.377 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1,3-bis[(2E)-Dec-2-en-1-yloxy]-1,1,3,3-tetramethyldisiloxane.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAT7klEQVR4nO3daVCT59oH8CuAsrkALhShnEEWARcoKiNnLIvQ1oU5nRb1HEVgOnWUOXVQjseBiop1mYJTaeo4tS0UxcGp035oB7e2iLIp1aOiEgMqyxQBwRDCEggBkvv9cFdq1VeSkOROcl+/j5rczz/hz5Mn5HmuCAghgBAfrFgHQMh4sO6II1h3xBGsO+II1h1xBOuOOIJ1RxzBuiOOYN0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjmDdEUew7ogjWHfEEaw74gjWHXEE6444gnVHHMG6I45g3RFHsO6II1h3xBGsO+II1h1xBOuOOIJ1RxzBuiOOYN0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjoxd97y8vOTkZIlEYoQ0COlAIpEkJyfn5eWNfVPySkqlctasWQDg5OSUk5MzNDT06tsjZExDQ0M5OTlOTk4AMGvWLKVS+erbj1F3Qsj9+/djY2Pp74avr+/333+vp6gIjUtxcfHcuXNpM2NiYmpqasa8y9h1f+nSIpFofFER0t2DBw902wVrWndCyNDQkFAopC8cEyZM2LRpk0Qi0SktQjqSyWRpaWm2trYAMGnSpMzMzMHBQc3vrkXdKalUmpKSYm1tDQAuLi5CoXBkZETbRRDSlkqlKigocHV1BQArK6uEhIT29nZtF9G67pRYLH7nnXfoq0lAQMDPP/+s2zoIaaK0tDQ4OJj2LSIiorq6Wrd1dKw7VVRU5OXlRUPExsY2NDSMZzWEXvTo0aOEhASBQAAAHh4eBQUFarVa59XGVXdCiFKpFAqFkydPBoCJEyempKT09vaOc02ECCH9/f2ZmZn29vYA4ODgkJmZOTAwMM41x1t3qqWlJT4+nv4K+vv749E8GqeRkRF/f38AEAgE8fHxLS0tellWPycRuLu7FxYWXr9+PSAgQKVSHT16VC/LIm4dPXpUpVL5+PiUl5cXFha6u7vrZVl9njOzaNGilJSUhw8fisViPS6LOCQWix8+fLh9+/alS5fqcVk9nyJGj2cQ0gu91wnPiEQcwbojjmDdEUew7ogjWHfEEaw74gjWHXEE6444gnVHHMG6I45g3RFHsO6II1h3xBGsO+II1h1xxCB1Ly8vb29vN8TKiAft7e3l5eUGWVovlwCOUqlUcXFxADBlypTs7OwxZ/Yh9CylUpmdnT1lyhQAiIuLU6lU+l1fz3UnhDx8+HDNmjX0d8nHxwdnSiINFRcXBwYG0ubExMTcu3dP75vQf92pkpKS+fPn0+jLli27e/eugTaELEBdXd3KlStpW+bMmXPu3DkDbchQdSeEDA8Pf/311zNmzAAAGxubTZs2PXnyxHCbQ+aoq6srLS1t4sSJAODs7JyVlWXQA2AD1p3q6upKSUmxsbGhj0coFA4PDxt6o8j00ZmPdG9IZz52dHQYeqMGrztVW1u7YsUK+mrl7+9//vx542wXmaZLly4tWLCA9iEqKurOnTvG2a6R6k4VFRV5e3vTBxkbG1tfX2/MrSNT0NzcnJCQQDvw+uuvFxQUGHPrRq07eToknv6lacKECSkpKT09PUbOgJiQy+WZmZl2dnYA4OjomJmZqVAojJzB2HWn2trakpKSrKysAMDNza2pqYlJDGQ0TU1Nbm5u9DA9KSmpra2NSQw2JxG4ubmdOHHi+vXroaGhKpXq+PHjTGIgozlx4gQhJDg4uKKi4sSJE7T6xicghDDZMCUSiebPnx8YGHjv3j2GMZChzZ07VywW19TUzJs3j2EMxqeI4UxJrjD/ceMZkYgjWHfEEaw74gjWHXEE6444gnVHHMG6I45g3RFHsO6II1h3xBGsO+II1h1xBOuOOIJ1RxzBuiOOmETdJRJJW1sb6xTIUNra2iQSCesUAMzr7ufnl5WVJZFIfH199+7dOzg4yDYP0q+hoaEvvvgiICBAIpFkZ2f7+fkxDsTkCtlnsZ3EgAynqKho9uzZ9CcbGxvb0NDAOhGjSQQvunz5clBQEH1qIiMjb9++zToR0p1YLF6+fDn9afr7+1+4cIF1oj+YSt3J0ylqM2fOBCNOUUP6JZVKU1JSrK2tAcDFxcXUZiSaUN0pmUw2OiPTycnJ0DMykb7QCbjTp0+HpxNwJRIJ61DPM7m6U/fv31+1ahV9NfTz8ztz5gzrROhVLl68ODpRIzo6uqamhnWilzPRulPFxcVz586lT2JMTIxIJGKdCD3vwYMHo99e4evra+LfXmHSdSdPZ0pOnToVns6U7O7uZh0KEUJIX19fZmamra0tPJ35ODg4yDrUGEy97lR7e/vGjRvpTMmZM2eWlJSwTsS7kpKS0T8qbNy4sb29nXUijZjEp6pjcnV1zc3NvXHjRnh4uEwmO3fuHH4gxdDg4OCFCxe6u7tDQ0OvXLmSm5vr6urKOpRGGM+I1BYhZOrUqX19fV1dXc7OzqzjcEomk7m4uEyePLmnp4f5HDytmMfefZRAIKB/00XMWVtbm1fXwezqjtB4YN0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjmDdEUew7ogjWHfEEaw74gjWHXEE6444Yq51b21tZR2BX+b75Jtf3fPz8+3s7EJDQ9PT0+VyOes4fFEoFNnZ2WFhYba2trm5uazjaI/1xbJaa21tXbt2Lb2OxtPT8/Tp02q1mnUoy6dWq0+fPu3p6QkAAoFg7dq1ra2trENpzfzqTl27dm3JkiX0NzY0NLSqqop1Ikt269at8PBw+my/8cYbZWVlrBPpyFzrTp7OlKTXwNOZko8fP2YdytJ0dnaOznycNm2aUCgcGRlhHUp3Zlx3Si6Xm91wH7NgkQOtzL7u1LOj23x8fEx8dJvpKy4uDgwMpM+nJY0rtJC6U+YymNOUPTeM9uzZs6wT6ZNF1Z2Yydhl08TDqHFLqzslkUiSk5PpG6zp06cXFhayTmTqCgsL6T7C2to6OTnZUvcR5vcxkyamT59+7NgxkUi0fPnyzs7OsrKylpYW1qFMV0tLS2lpaWdnZ2Rk5M2bN48dO0arb4FY/74ZXGhoKADgFyK8wpkzZwAgNDSUdRCDs8y9+7NmzJjBOoJ54OGJssy6l5aWpqamFhUVsQ5iuoaGhlJTU9PT01kHMSrLrPvNmzeFQmFZWRnrIKaLfop09OhR1kGMyjLrjtBLYd0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjmDdEUew7ogjNqwDGMTChQu3bt06OisCvWjixIlbt26ll7TzwzLrHhkZGRkZyTqFSZs4caJQKGSdwth4OZh58uQJ6wimi6Mnh/X1JQZXXFzs6+trZ2eXlpbW29vLOo5p6e/vz8rKcnR09PHxKS4uZh3H4Cy/7nK5fP369XSmpIeHx6lTp3CmJCFErVafOnXKw8MDAAQCwfr16+VyOetQBmf5daeuX78eFhZGX9AWL1585coV1olYunHjxtKlS+mzERISUlFRwTqRkfBSd0KIWq0uKCh47bXX6P5szZo1zc3NrEMZW1tb26ZNm0ZHkpj7zEdtcVR3is6UtLOzg6czJRUKBetQxkCv1psyZQo8nfnY09PDOpSxcVd3qrm5OSEhgb6av/766wUFBawTGVZRUZG3tzd9vLGxsfX19awTscFp3alLly4tWLCAliAqKurOnTusE+lfbW3tihUr6GP09/c/f/4860QscV138nRIPB2xQofEd3R0sA6lH11dXSkpKTY2NgDg7OwsFAqHh4dZh2KM97pTUql0y5YttBkuLi5HjhxhnWi8jhw54uLiAgA2NjZbtmyRSqWsE5kErPuf6urqVq5cCQARERENDQ2s4+iuoaGBni+0bNmyu3fvso5jQrDuz0tMTASAtLQ01kF0l5aWBgCJiYmsg5gcXs6Z0VxAQADrCPphMQ9Ej7DuiCNYd8QRrDviCNYdcQTrjjhimRfvjcc/pk6NjIhwnDaNdRDdrZg2zSkiInLqVNZBTA7W/XmBPT1QVgZLlrAOorsIqTSirAyWL2cdxOTgwQziCNYdcQTrbkByuXzdunU1NTWa3LimpmbdunVyudzQqXiGx+4GlJWVdfr06ebm5itXrox54+Tk5KtXr3p7ex84cMAI2fiEe3dDaWpqOnz4sEAgyM7O1uT29MafffZZfX29obNxC+tuKDt27BgcHNywYcPoNf+vtmTJkvj4eKVS+fHHHxs6G7cEhBDWGUxMSwvcuAFBQeDlpfMaly9fXrZsmYODQ21traenp4b3am1t9ff3l8vlv/7661tvvaXz1qGpCe7cgUWLwMND90UsEe7d/6qqCrZsgcZG2L4dLl7UbQ2VSpWamgoAO3fu1LzrAODu7k5PVU9NTR0ZGdFt63DxIvz3v9DYCP/+N1RV6biIpWJ9wr2JWbWKdHcTQsjAAImJ0W2NL7/8EgA8PT37+/u1va9CofDy8gKAY8eO6bZ1EhND6CiRri6yapWOi1go3Lv/1cAA0M/e7e1BpdJhAZlMtmfPHgDIyclxcHDQ9u52dnaHDh0CgIyMjK6uLh0CgEoFdnYAAM7OMDCgywqWC+v+V3Z20NcHAKBUgpUV9PTAyZOgVmu+wCeffNLZ2RkVFRUXF6dbhNWrV0dGRnZ1dWn3F0m1Gk6ehJ4esLICpRIAoLcX7O11y2CxWL+8mJjSUhIXR/LyyD//Sc6dI6mpBICEhBDNpijW1tZOmDDB2tr69u3b40khEolsbGxsbGxEIpFGd7h+nYSFEQDyn/+QM2fIv/5F8vJIXBwpKxtPDMuDdX+BTEZ++43QSRXffUfc3QkAEQhIfDx59OjVd6UDjJKTk8efYvPmzQAQM+b7h0ePSHw8EQgIAHF3J999RwghnZ3kt9/+eBOCnoF1H4tcTnbtIvb2BEA1efKXhw4NDAy89IZnzpwBACcnpydPnox/s1KplA6KOXv27EtvMDAwkH/oEJk8mQAQe3uyaxfhYGL1OGHdNfPoEUlI+CY8HAA8PDwKCgqeGxKvVCrnzJkDAJ9//rm+tpmTkwMAPj4+g4ODz/1XUVER/QNO3ZtvkthY0tior41aNqy7FirKyoKDg+l7nvDw8Orq6tH/UigUe/fuDQkJGRoa0tfmhoaGgoODd+7c+ezrSXV19ehXrAUHB1fi0bk28FNV7ahUqm+//XbXrl0SicTa2rqysvKHH36QSqVhYWH9/f3btm2zstLnH7tUKlVFRcVXX33l5OSUmJh47dq1HTt2qFSqGTNmHDhw4MMPP6ST2pGmWP++maW+vr7MzMyoqKhz587t3buXEDI0NFRZWWmIbYWHhyuVypGRkY6Ojrq6uujo6JSUFJlMZohtWTzcu+tOrVa3tbW9//77CQkJSUlJiYmJP/30k963sn37dqlU+tFHHymVyqqqqu3bt+v3BYQr+MTpzsrKysPDo7y8fObMmevXrwcAtVqtx9N36+vr1Wr14cOH09PT9+/fLxaL6Ub1tT6H8Lkbl87OTqVSGR0d3dfXBwD5+fkBAQGbN2/u7Owcz7Ld3d3p6enz5s07fvx4Q0ODn59fSEiIRCLRU2p+4dVMulMqlY8fP87Pz1coFDk5OXV1dWKxmBDyzTff/Pjjj/v379+4caO2byVVKlVeXt7u3bvpW+HGxka5XC4Sifz8/FavXn3r1i2FQmGPpwbojPWbBzO2b98+b2/vkpKSZ//x9u3bo99PHxQUJNXmOxw7KiqCgoLofSMjI587EyE3N9fBwWHfvn36Sc8lrLuOWlpaHB0dAaC0tPTF/y0qKpo9e/bm+fOJQEBiY8mYX47w6BFJSCACQXhQ0Es/xiKEVFZWCgQCe3v733//XV+PgjdYdx3R96Zr1679/26gUCikOTnE0ZEAEDs7kpHx8g/55XKSkUHs7AgAcXRszsl5xRdfrlmzBgDi4+P18hA4hHXXxdWrV+mOtqmpaYybtrSQDRv+PIWruprIZOTkSXLyJJHJSHX1n6egbdhAWlpevVhzc7ODg4NAICgvL9fXY+EK1l1rKpUqNDQUAPbs2aPpff73P/L3vxMPD9LRQWJiyMWLpLiYLFtGJBLyt7+RhQuJxh9R7d69GwBCQkJUKpWOD4BjWHet5efnA4C7u7tcqzMQ1WrS2Ei+/54cPfrHvxw5Qn74gTQ2khcO019hYGCAXv96/PhxLbaOCCF48Z62+vr6MjIyAODQoUP0raqmBALw8oLubnBx+eNfpk2D7m7w8gKBQPNl7O3tDx48CADp6em9vb1aBED4MZO2Dh48+Pjx47CwsHXr1uly/4ULYXSiWGUlLFqkwxrx8fFLly7t6Oj49NNPdcnAMTxnRguNjY2BgYHDw8NVVVX08F0XWVlQWwsAEBgIaWm6rXHr1q3FixfTq/t8fX11TMIh1kdT5uTdd98FgA8++IB1EEIISUpKAoD33nuPdRBzgnt3TV26dCk6OnrSpEkPHjxwc3NjHQc6Ojr8/Px6e3t/+eWXt99+m3Uc84DH7hpRqVTbtm0DgIyMDFPoOgC4urqmp6fDOEeOcQb37hopLy+Pjo729PQUi8W2tras4/xBqVQGBgY2NzeXlJSMXtGHXgHrrimRSCSTyd58803WQf6ioqLC2dl53rx5rIOYB6w74ggeuyOOYN0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjmDdEUew7ogjWHfEEaw74gjWHXEE6444gnVHHMG6I45g3RFHsO6II1h3xBGsO+II1h1xBOuOOIJ1RxzBuiOOYN0RR7DuiCNYd8QRrDviCNYdcQTrjjiCdUccwbojjmDdEUew7ogjWHfEEaw74gjWHXEE6444gnVHHPk/A2NOscKoiaUAAAAASUVORK5CYII=)
Find more compounds similar to Silane, dimethyl(dimethyl(undec-2-enyloxy)silyloxy)pentyloxy-.
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
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