- InChI
- InChI=1S/C21H36O3Si2/c1-20(2,3)25(7,8)23-18-14-11-17(12-15-18)13-16-19(22)24-26(9,10)21(4,5)6/h11-16H,1-10H3/b16-13+
- InChI Key
- NZONQIYPUOMCTJ-DTQAZKPQSA-N
- Formula
- C21H36O3Si2
- SMILES
-
CC(C)(C)[Si](C)(C)OC(=O)C=Cc1c
cc(O[Si](C)(C)C(C)(C)C)cc1 - Molecular Weight1
- 392.68
- CAS
- 254985-03-0
- Other Names
-
- 4-Hydroxycinnamic acid, TBDMS
- p-Coumaric acid, tert-butyldimethylsilyl ether, tert-butyldimethylsilyl ester
- 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 | 0.7146 | Relay (... Calculated Property | |
| ΔfG° | -96.24 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -796.49 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 79.33 | kJ/mol | Relay (... Calculated Property |
| IE | 8.16 | eV | Relay (... Calculated Property |
| log10WS | -5.32 | Relay (... Calculated Property | |
| logPoct/wat | 6.632 | Crippen Calculated Property | |
| Pc | 1289.72 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [2452.10; 2462.00] |
|
|
| Inp | 2452.10 | NIST | |
| Inp | 2462.00 | NIST | |
| Inp | 2452.10 | NIST | |
| Inp | 2462.00 | NIST | |
| Tboil | 617.21 | K | Relay (... Calculated Property |
| Tc | 848.14 | K | Relay (... Calculated Property |
| Tfus | 389.47 | K | Relay (... Calculated Property |
| Vc | 1.250 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![tert-Butyl(dimethyl)silyl-2-{[tert-butyl(dimethyl)silyl]oxy}-3-(4-{[tert-butyl(dimethyl)silyl]oxy}phenyl)acrylate.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAe/ElEQVR4nO3deVxTV9oH8CcBRAFZZBFF64IrUuu41AVnCrgritAyWhX3sZ1adKpSPrWvResydJypVGvrOiN16bgUWdwBSysaxtHaKhZXgiiLrCKLQEie949jrxkQSG7uDYT7fD/9Q0Jy7rH+kpx7VhkiAiHSIG/uChBiPBR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRR3IiEUdyIhFHciIRKN+z/+8Y+EhITmrgUxNhOI+/fffy9sgXv37g0NDfX398/JyRG2ZNLCtfS479ixw9fXd+HChbW1tYIUGB8f/+677yLiZ5991rlzZ0HKJCYDW7b4+HgrKysA8Pf3r6ysNLA0hULBSvv0008FqR4xLS097oiYmprq5OQEAN7e3k+ePOFdzo0bNxwcHACAfboTCTKBuCPizZs3u3btCgCenp6PHj3iUUJWVhYrYfr06bW1tYLXkJgE04g7ImZmZvbr1w8AevTocefOHb1eW1BQwF7r4+NTVVUlUg1Jy2cycUfEoqKiUaNGAUDHjh2vXr2q46sqKipGjhwJAAMHDiwpKRGzgqSlM6W4I2J5efmkSZMAwMbG5uzZs00+v6amZsKECQDg7u6em5trhBqSlszE4o6IKpVq4cKFANCmTZvDhw838kyNRjN37lwAcHZ21rf9Q1ol04s7Imo0mtDQUAAwMzP76quvGnraBx98AAC2trY//fSTMatHWiyTjDsTGRkpk8kAICwsrP5vN2zYwL4Bzp07Z/y6kZbJhOOOiFFRURYWFgCwYMEClUql/bhMJjMzMzt69GgzVo+0NKYdd0SMi4tr164d61B/9uwZe8Tc3BwAtm7d2ty1Iy2LyccdEVNTUx0dHdmwa0JCguDTBGpqarZu3UqDU61Aa4g7It64ccPNzQ0A2Of6e++9J1TJarV61qxZALBkyRKhyiTNpZXEHREVCoWFhYWtra2VlVV6erpQxa5YsYJ17+g+sEVarFYS9/z8/D59+rBcAoCrq+u1a9cML3bTpk3UvdOatIa4a08TyM7O5oZdDczoN998I5PJ5HL5kSNHhKoqaV4mH3ftaQJ5eXmIWF1d/fbbbwOApaVl48OujeC6d7744gtB60uak2nHnZsm4OLioj1NQKPRrFq1ig27fv311/oWq1AorK2tAWDdunWC1pc0M9OO+1/+8pdGpgk0PuzaEFoF0oqZcNzXr1/P7iMTEhIaek5UVBTXNalWq5ss8+HDh2wViL+/P3W0tz6mGvddu3axtkqT0wTqD7s2hFsF4u3t3fgziYkyybjHxsayz+xt27bp8nyFQsENu5aWlr70ObQKRApML+7Jyclt27YFgA0bNuj+qrS0tC5dugDAq6++mp2dXee3NTU1EydOpFUgrZ6Jxf369evsPvLPf/6zvq9VKpVsKKpXr14ZGRnavzp58qRMJnN1db1//75wlSUtjgwRhdu0RlxKpdLLyys3N3fmzJkHDx6Uy/XeE6q4uNjPzy8/Pz8lJaW8vPzy5ct9+/Z1dHQsLi6+deuWh4fHoEGDRKg4aSlMJu6FhYWjR4++ffu2j4/P6dOnLS0t+ZVTXl5eXFxcXl6+ePHiFStW3LlzZ968eWVlZewmlbRu5s1dAZ2UlZVNnDjx9u3bQ4cOjY2N5Z11ALCxsbGxsYmNjR0wYMBbb70FAAqF4s6dOxR3KWjpe0QCQE1NTVBQ0NWrV93d3U+cONG+fXvDyxw3bpxKpXr99df37dtXUlLy8OFDw8skLZ8JfLpfuXIlOTm5U6dOCQkJHTt2FKRMKyurffv2lZaWTps27Y9//KMgZZKWzwTiPmrUqDNnznTo0KFHjx5Clfno0SNzc3MHBwdra2uNRgMApaWl7du353H7S0yIydyqCkWpVObl5VlbW2/fvr2oqGjKlCkjRozIyMjYuHGjq6vroUOHWKc+aZ2auSPUuNgqECsrq5SUFO3Hr169am9vDwBjxox5+vRpc1WPiE1C392VlZX+/v537tzp1avXgAEDtH81ePDglJSULl26JCUl+fj45OfnN1clibia+/1mJPVXgdSnPeyaq1Qat4LEGCTx6Y6IixYtOnv2rIuLy+nTpxvq3unevbtCoRg5cqRHhw5Oo0fDtWtGricRXXO/34yh8VUgdZSVlT2bMgUB0M4Ok5ONUD1iNK0/7rqsAqmruhpnzkQAtLREWpfdirTyuOu+CqQutRpDQhAAzcxw715xakeMrTW33ePi4t577z0AiIyMZNNj9CCXw9atEBEBZmbg5gYAUFgIFy8CHcVqylrtMNMPP/wwceLEqqqqDRs2fPzxx/wLUiqhRw84eBAOHIDx4yElBYYPhw8/FK6mxIia++tFFNxuAjxWgbyESoWenlhd/fzHkSORVjyZplbYmFEqlePHjy8pKZkxY8aXX34pQIkPH0K3btCmzfMfhwyBX38VoFhidK0w7h9++GFubu7YsWO/+eYbYaZ82dnB06cvfiwtBTs7AYoVWkFBwZ49e/z8/E6dOvXLL780d3VapOb+ehFeaWlpSEiIwFNffH0xNRUR8d49HDoUa2qELNwwWVlZO3fu9PPzYweZAICVlZWdnV0yDRrU02pvVQWWlwdr1kBREVhZwdq10KtXc1cIbt++HR0dHR0dzXbiBgBLS8sxY8ZMnTr13Llzx48ft7S03L9/f1BQUHPXtCVp7vebifjvf/GTT/DSpeauB6alpYWHhw8ZMoT7F2zXrp2fn19UVNSTJ0/YczQazcqVKwHAzMxsx44dzVvhFoXirpu1axEAV65slour1eorV66Eh4ezGWyMg4NDUFBQVFRUWVnZS18VERHBY4vM1o3irptJkxDAyBMKamtrL1y4sGzZsk6dOnEpd3Z2Dg4OjouLq+Y6Ruv59ddf2R/27dvHtltbunSpLltk6i0/HxvYla1lorjrQKNBR0cEwKws41ywpqZmzpw5bMUJ4+7uHhoaeunSpSZTy/qjNm/ezH6MjY1lW2QGBAQIufHl48c4bhy++y6+/TbOno1ap3warqKiQqT9aCnuOrh1CwGwc2ejXTAsLOyVV14BAA8Pj7CwsAsXLmg0Gh1fu2XLFtaGWb16NXsVt0Wmj49PQ1tk6i0kBGNjn//5448xKkqYYn/bwNDf37+yslKoMjkUdx1ERSEABgYa52pPnz41MzOzsLC4efMmvxIOHDjAOiXnzp3LTlfmtsgcMmTI48ePBajliBHIdfV+/z0KdNShWq1mJ6+4urpmZmYKUqY2U4u7RoNnzuCXX+KPPxrvou+9hwD42WfGuVpSUhIAvP7664YUkpiYyDbkmTp1KvuYVCqVffv2BYCePXvevXuXT6EZGRgZiV5eGB2Nb7yBBQXPHz9zBlesMKS2nA8++AB0XpnAg6nFfcECDA/HpCRcuhT/7/+MdNHBgxEAf/jBOFfbuHEjACxbtszAci5fvuzs7AwAI0aMKCwsRMSioqIRI0aAvicTXruGa9agpycCPP9v7lzctAk//xwRUaPB2bNRiJMJ2V9c1HMOTSruGRk4btzzP2s0OHAgVlSIfc2qioqqvn3RwgLLy8W+FjNt2jQAOHjwICKeOnVq1apVCoWCX1Hp6ensHmDAgAEPHz5ExPLycrZm197e/oeG38BqtfrapUu4ciX26PEi5Q4OGByM0dFYUYHPnuH772NAAE6Z8jz3SUkYHc2vnmiscw5NKu7sQ53j74+3b4t9zR9//BEAJowaJfaFOK6urgDAtt5esmQJAHzO8sRLTk7OwIEDAaBbt263bt1CxOrq6pkzZwKApaVlnWxxXZ+dO3cGAFXXrgiATk4YHIxxcdhw1yc+eIC2tmhmhjt38qgkd87h1q1bebxcdyYV95s3MSDgxY/Dhj3v9P3pJxSnqYeIn332GQh66nzjMjIyWOc6+5El9ZJho7nFxcWjR48GgA4dOrCiNBoNOw2cDbtWVlZGR0cHBwezWdNMjx490jZtwpQU1LHDPiICZTIEQD1HtRQKhZWVFQB8+umnPP52ejGpuCOiry/GxuKTJ7hnD86ahYj44AF27Ii2tnj+vBgXDAwMBIAo4TraGnfo0CF2f4mI5eXl5ubmFhYWhnfJVVRUTJkyBQCsra1Pnz7NHmSreGUymfaOyp6enmvWrOF55vi+fWhujgC4dKmObxIjn3NoanEvK8NNm3D+fPzii+ffrdXV+Pbbz5dR8z00uBFubm4AwJoBRrB8+XL47Rye8+fPG95Fw1GpVPPmzWNtmAcPHrAHw8LCHBwc5HK5h4dHeHg4NxzL3/Hj2LZtrZnZluXLGxn3ZbKystg5h9OnTzfOOYemFndtT57g1auIiBoNrlr1fBm1/ocGNyIrK4vd1ek+ymMg1nOSmJiIiJs2bRKki4aj0WhCQ0P//ve/c49s3rwZAObPny/UJRARf/jhg/HjoakdCLlzDn18fKqqqoSsQMNMNu7V1ThuHFpb46lTzx+JjOTXdmzEkSNHAGDSpElCFdi4qqoqS0tLuVzOxj79/f25LhqRsBXr+/btE7bYJke1muucQ5ONe20t/ulPCIDm5i82xtizh2s7qoX4cmTTaNeuXWt4UbpQKBSs9cx+ZF009+7dE++KLJRiNNUaGdXSaDSsM7RXr14NbWAoEpONOyJqNBgejgAok+Hf/vb8wbg4bNfuvLd3k4cGN06tVl+8eLF79+4AcOLECWEq3JTIyEgAWLx4MSIqlUoAcHJyEq8dlZ2dzZpqokyWRHz8+PHQoUMBYMqUKXV+tX///s6dO9+5c0eM6zbClOPObN2KcjkC4LJlqNEgYv7Fi7x3r+Y6ntkdKuvKeOONN4yzCzabLrJ7925E/Pbbb7kuGpEcO3YMACZOnCjeJZ4+fbpo0aK8vLzY2NixY8cGBgYePHhw+fLliCjgDDDdPxFMP+6IePAgWlg8H9yuqcGmDg2ur7KyMiYmZu7cuXU6noODg52cnFj3SAE3RUQ07HiSGzdu4G/7Wup1VLK+QkNDASA8PFy8S3AGDhxY/tuwtLCLaB8+fDhs2DAd59i0irgjYmIitm9fMmjQ2wEBFRUViJiZmcnajj169GjoS7OioiIuLi44OFj7eLOePXsuW7aMm3ObkZHRu3dvNuNc1Gb048ePAaB9+/asS4510eixr6X+fv/73wMA1w0vqvnz5y9atOj69euIOHLkSKGKLSgoYP/K/v7+ujy/tcQdUXX58sDu3QHAy8uruLgYEYuKitjtv6urq/a7v7CwMCoqys/PT3t4pZGO57y8vMGDBwNAp06dfv75Z5HqHxsbyxpgiFhdXc26aLjlp4JTqVTW1tYymYzNHhObSqWKi4sbN27cli1bhIp7RUXFqFGj2He4jt07rSfuiHjv3j13d3eW3aysLEQsKysbN24cAPTp00epVNbZoEIul3t5eUVERDQyIZbd75aVlY0fP57d2P0oztzj1atXA8DHH3+MiKmpqdpdNGK4evUqAPTt21e8S9SXm5vr7e0tSNzZKhD2bZyr86ZurSruiJiTk/Paa69pz4jKzc0dNmyYh4cHW+PDhhWnTJmyZ8+eJpvjBw4c6Nmz5+3btxGxurqaHUlpaWl57NgxwWvu6+sLAHFxcYh48uTJLl26LFy4UPCrcLZv3w4A8+bNE+8STE1NDSLOmjVr5cqV48eP371798iRI/Pz81euXNnksGtDNBoNGyF2dna+rc80wdYWd0QsKSnhZkRduHDhyy+/ZB/n9TeoaJxarfby8gKAjh07sr1camtr3333XTazateuXQLWWa1W29raAoB2PzTvNOhi7ty5APDVV1+JdwlEzMrK6tu378mTJ2trax88eMCaHBqNZsyYMQAwduxYfl1e3CoQ9u+iu1YYd0SsrKycOnUqANjY2ACAg4NDbGwsj2748vLySZMmsXLOnj3LHoyIiGAzqwTp01CpVImJibNnz5bL5U5OTiJ1gdfH9vDQNy56YeccAsCECRPq/CotLY119fJYTGjIKpDWGXdEVKlUCxYsmDNnDgDMnDnTkHIWLlzI/v/++9//Zg9u376d7T4ZEhLCL6DPnj1LSEhYtmwZd1AU6x2aNWuWqB/qTFFRkUwma9euXY1ou/81OU2AO/hNr8WEBq4CabVxZxYvXgwAW7ZsMaQQNrOKfaJzKy2OHz/ODhyeNWuW7qHhuj5Z00W763Pr1q12dnYA4OvrK/ao1qlTpwDgD3/4g0jl63LOISIWFhbqtZiQWwXyxRdf8KtYK4/7q6++CgC8F79pi4yMrLMp1/fff88C2uTwbVFRUVRUVFBQkLW1dZ2uT+3tBm7cuMG+4ocOHZqfn294nRsSHh4OAKGhoWIUrtFo2I2Bi4tLk9MEysrKdFlMiIgKhYL931u3bh3vurXmuLMdLNq0aSPU/NKoqCh217tgwQK2ocX169fZOrdhw4bVD2j9vXm5rs+GciDSqFb5/y60ZQkTo38J9TznEP93MWFDR2gJtQqkNcc9MTERAIYPHy5gmfHx8WylGbfvDxfQfv36sWUTGRkZkZGRXl5eXNenmZmZl5dXZGRkTk5Ok5cQcFTrwYMHkZGRY8eOdXBw4O7UNRoNi86jR48MKfyl+Jxz+L+LCXfWW+0q4CqQFhH3mzdvrl+/XvC5oOwWnk1IElBqaiqbSOPt7c36NHNzcwcNGgQAjo6ObEybsba2fvPNNw8ePKjv4KiBo1q//vrrxo0btXcJbtu27X/+8x/22/T0dADo2rWrvsU2if85h4j4W5cX/O8ersKuAmkRcWedhvXf1gaaLtryCK6R/bvf/Y79G7DhW9ZP3+TevLrgMarF9sL28PDgUm5lZcWGGrT3ytu7dy8AvPXWW7zr9lKxsbHsPnLbtm28C/nXv/6lvYer4KtAWkTc//nPf4IIM1GfvfLKJU/Povv3hS2WyczM7NevX0RExIvLPXtWUlJy7tw5oXr3dBnVUqvVFy5cCAsLYw0qpkOHDsHBwUeOHNFusldVVbGuTzs7u06dOnF7pgoiOTmZ9VMZPoUzJiaG7eE6ffp09hXn7u6u+zSBxrWIuBcWFrIl92xqlzDu30cAdHERrMB6DPnw1l0jo1pKpdLFxYVLuZub29KlS5OSklRa+/GWlZUdPnx4xowZ2rM+165dK+CqkevXrwt5ziFicnKy3W+nX3Xs2PG+cB9YLSLu+NuMkQMHDghW4qFDCIDTpglWYPNpaFRLo9F06dKle/fubMay9q8a6fq8cuWKgHVTKpVs+/kZM2YIOCQ8a9YsNpw0YMAAAftkW0rct23bBgBvvvmmYCUuX44AuHGjYAU2K25Ua/bs2dqNpTr39/n5+Wxus3bX55AhQ8LDw/WaSqU7dtMi7G4CGzZsAAALCwu2Rof/Hq71CBn37Oxs3l+Rjx49kslkVlZW5UJtxTh8OAJgYqIwpbUAjYxqKZVK1vXJHazJdX3qspjLQFVVVQK269g0Ada9w/XJ6reHa8MEi3tgYKBMJrt8+TLvEoYPHw4A0QZsq/lCVRVaWqJcblpHqTSpzqhWWlpaREQE6w5i2KzPnTt3ijooK576m0UKu9JAsLiHhIQAwEcffcS7BHZPFhwcLEBtFAoEwFdfFaCoFubu3bs9e/YEADuto4zt7e3nzJnz3XffVYi/JbJ4Gtossrq6esaMGdDosKuOBIs72+Gtd+/evEu4e/cu+5cTYErgli0IgIsXG1pOi8TOBA8MDHR0dGzyWDJT0fg0AY1Gw+a4v3TYVXeCxb22tpZtns/7iBVE9PT0BABuZjl/iYk4fz5+952h5bRgJSUlRpscLzYdpwkYvtJAyFtVNi98/fr1vEv45JNPGnp/66qsDMPDMSgIP/oIi4r4l0OMhdtNQJfuHW7Y9f333+fxbhcy7vHx8QAwePBg3iVcu3aNjSzw/9yaPBljY7G2FpOS0MsLjbWVKeGHxzSBmJgY1icbGBiob++nkHGvqqpiqxYMGQZj92EpKSl8Xpyfj9pLFgID0YCWFRGbjqtA6uP6ZPVdCiMH4VhaWk6ePBkAYmJieBcSEBAAAMePH9fvZffvw549UFQETk4vHnR2hqIi3jUhokLExYsXnz171sXF5fTp09wiRl14e3unpKS4ubmdP3/e19e3oKBAj6sK6PDhwwAwevRo3iWkpKQAQPfu3XV6dloaRkSgl9fzra5//hlfe+1FA2b0aBRoahERnL6rQOrjsRRG4LiXlZW1bdtWLpfrso7hpdRqtaurq42NDXfCRP0nKBSKZ2vWoLv7i0Ph7Oxw9my8dQsjInDBAoyJwZAQ/PBDA/4qRET8VoHUp+9SGOHnzLDJ6zt27OBdwi+//PLTTz9dv369traWW5RQZ2/eO6NHIwA6Or7kULhr1/CbbzA11cC/CBFJVFQUN03A8NJKS0t9fHwAwMHBocl5wua6N5h0FBAQEB8ff/z48XfeeYdfCWxhhKura//+/RFRo9Hs2LEjPj6+uLiYPaFbt243xo3rvWkTjBoFZmZ1Xz9oEAwaZMDfgIgoPj5+0aJFiBgZGcnODjGQra3tmTNngoOD+/Tpww6AaIzhb686DJ+8PnDgQG6127p169jqG6i3Ny8xRV9//bVcLhf8TEm1Wq1LKkSZAMwmr+/fv1/fF+bn52s0mj179nh6eq5du/bp06cjR44sKCjYtGlTenq6GFUlxifshHu9CNkRydG3M/Hhw4e7du2aOnWqm5vb5cuXFy1adPnyZVtbWzbtzMnJ6aOPPmLrc0kroL1m3MjEirtMJjtz5kxFRUUjT7t169Zf//rXYcOGdevW7Z133jlx4oRcLr9582ZhYWG7du0mT56ck5MjRvWIZAl/qwoAbm5uw4cPT01NPXfuHPuk13bz5s2jR4+eOHGCbTEOAO3atRszZkxQUJC/v7+dnV1ISEh2drZMJtu8eTM7oogQQYgSdwAICAhITU09fvw4i7tGo7l27Vp8fPyhQ4fYRF8AcHBw8PPzmzp16qRJk9hWvQxbyFdRUfHtt99yy3MIMZwMEcUo9969e71797a3t4+Ojo6JiTl69Ghubi77lbOz88SJE4OCgiZMmNCmTZuGSigtLXVxcVGr1bm5uWxqMSGGEuP+t6Ki4tixY/b29tyucQDg7u4eGhp66dIl3Wc7stNI9nKnBBNiGCHjXlxcfOTIkeDgYK5lYmFh4eDgEBYWxq+zfOfOnQDg5+cnYCWJlAnQmMnLy4uJiYmOjk5OTlapVAAgl8uHDx8+YsSILVu2dOzYMTs726z+2KcO8vPzO3fubG5unp+fr70hOiE88X6jZGZmst1l2eoS0Nrsgdtalp2Dd+HCBd5XYWd/csdmEGIIveN+//79Ors5t23bduzYsZGRkfVn6K9atQoAVqxYwbt+n3/+OQDMmDGDdwmEcHSNO9tdtn///tzXwkt3l63j4sWLANC9e3fes1wyMzNlMpmNjQ2Pg8QIqaPpuK9evZrtXcY4OzsvXrz45MmTuiwTVKvVbBsg3lP4EZGNObMDRwkxRNODOA8ePHj06FHXrl2XLFkSFxeXnZ29e/fuyZMna5+w3hC5XO7v7w88FuNp4bmcj5B6mu6ZuXHjRnV19ZAhQ7Q70XWXkJAwfvz4AQMGpKWl8aohpKene3h4ODo65uXlcbfFhPAg1qgqR6VSubq6FhcXp6en857V2L9//1u3biUlJbGpxYTwI/qMFAsLC7acz5DWSGBgoIElEAJGiDsI0fjmShD7u4i0bqI3ZgCgqqrKxcWlvLw8MzPzlVde4VdIz549lUplamoq2xebEB6M8enetm3bCRMmIKIh2y1NmzYNqD1DDGOk2eSGt2cCAwO7du1qb28vWJ2I9BijMQMAZWVlLi4uKpUqJydH+7A43bF68usMJYQx0qd7+/btfX191Wo12yWYB5lMRlknBjLe0jgaHCXNzkiNGQAoLCzs1KmTmZkZTV4nzcV4n+5OTk5eXl7V1dUnT5402kUJ0WbUdf6sPXPq1CljXpQQjvEaMwCQl5f3888/+/r6NrIBASHiMWrcCWletGkRkRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kRCKO5EQijuREIo7kZD/B9Yrg/dWW1DdAAAAAElFTkSuQmCC)
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.