- InChI
- InChI=1S/C9H21BrOSi/c1-5-9(6-2)7-11-12(3,4)8-10/h9H,5-8H2,1-4H3
- InChI Key
- NXJCMZVEAKBIIT-UHFFFAOYSA-N
- Formula
- C9H21BrOSi
- SMILES
- CCC(CC)CO[Si](C)(C)CBr
- Molecular Weight1
- 253.25
- 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 | 0.5112 | Relay (1.0) Calculated Property | |
| ΔfG° | -76.38 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -469.23 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 55.19 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.52 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.04 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.578 | Crippen Calculated Property | |
| Pc | 2100.30 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | [1251.00; 1251.00] |
|
|
| Inp | 1251.00 | NIST | |
| Inp | 1251.00 | NIST | |
| Tboil | 497.69 | K | Relay (1.0) Calculated Property |
| Tc | 656.45 | K | Relay (1.0) Calculated Property |
| Tfus | 168.88 | K | Relay (1.0) Calculated Property |
| Vc | 0.660 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Silane, trimethyl[(2-methylpentyl)oxy]-.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAATZklEQVR4nO3df1BU9f7H8ffuIrviLoKIClIQSihjjgqVxVXUMNPw1jTij1FqQu/m3D9qnKa2mzp4x9u0M3WR7OoMmplKTnILjEEao/IH3LTyVwoGioECCcoCwrKsLLuf7x/H72qK7u89e/i8Hn/qcvbd9cnes+fz2T0yxhgB8EEu9gAA/oPcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB04gtyBI8gdOILcgSPIHTiC3IEjyB044jj3U6dOHTlyhDHmh2kAfMpx7u+9996sWbNiY2Pfeeed33//3Q8zgbhsNtvatWsPHjwo9iA+wBzZuHHjww8/LDxYLpenp6cXFBSYTCaHPwgSVVBQQETh4eG1tbViz+JljnNnjFmt1oqKCq1WO2zYMKH70NDQrKys8vJym83m6xHBz2w22+LFi4koMTGxo6ND7HG8yanc7W7cuLFr16709HSZTCZ0n5iYmJOT09DQ4KP5QBQmkyk5OZmI5s2b19/fL/Y4XuNa7nY1NTU5OTmxsbF3nuTs2rULJzmDRkNDw6hRo4jo7bffFnsWr3Ezd4HVai0vL8/Kyho6dKjQfVhYmFarraio8NZ8IKKKiorg4GAi+vTTT8WexTs8yt2uo6MjPz8/NTXV/g44KSlJr9e3trZ65fgglh07dhCRSqX66aefxJ7lvvr7+3U6XX5+vsNHeid3u+rqap1OJ/yfIBEpFIr09PTCwsK+vj7vPhH4zerVq4koKiqqqalJ7FkG0N7ePnfuXCLSaDRtbW0PfrCXcxf09/eXl5dnZmYOGTJE6H7EiBFarfb06dO+eDrwqb6+vtmzZxNRcnJyoL03q62tnTBhAhGNHDny8OHDDh/vk9ztDAZDfn7+lClT7jrJuX79uk+fF7yrra1t3LhxRJSVlSX2LLeVlZWFhYUR0ZQpU5y8Nujb3O2qqqp0Ot3IkSOF6JVKZWZmZklJicVi8c8A4KHq6urQ0FAiys3NFXsWxhjLy8uTy+VEtHjx4p6eHid/yk+5C8xmc2FhYUZGRlBQkNB9dHS0Tqe7cOGCP8cA9xQVFcnlcoVCceDAARHH6O3tffnll4lIJpPl5OS4tNDp19ztmpub9Xp9QkKC/SQnOTk5Pz+/q6tLlHnASTk5OcKaenV1tSgDNDU1Pf7440SkVquLi4td/XFxcrc7ceKEVqvVaDRC9CqVKjMzE3sTApa4+wt+/PHHMWPGENG4ceOqqqrcOILIuQuMRuNnn32WlpZm35sQHx8fIOeIcJfu7u7Jkyf7f39BQUGBsJo5c+bMa9euuXeQgMjd7sqVK3q9Pj4+nohmzZr19ddfiz0RDKChoSEyMpKIdDqdH55OWEUSXge1Wq0naziBlbvAarVu2LCBiBYsWCD2LDAw+/6CgoICnz6RwWAQVpGUSuWOHTs8PFog5s4Yq6mpIaK4uDixB4H72rp1q6/3F7i6iuRQgOZusViUSqVMJuvu7hZ7Frgvn+4vKCsrGz58uEurSA4FaO6MsUmTJhHRL7/8IvYgcF/2/QXTp083m81ePLJ9FWnJkiXOryI5FLi5Cxe8du/eLfYg8CBtbW3CpQVv7S/wZBXJocD94o2JEycS0W+//Sb2IPAgERERRUVFw4YN27Nnz6ZNmzw8WnNz88yZM3fv3q3RaIqKijZs2GC/Nu0dXvzV8a59+/YR0QsvvCD2IOBYUVGRTCbzcH+B56tIDgVu7ufOnSOihIQEsQcBpwj7C8LDw93bAVVQUKBSqcizVSSHAjf3mzdvBgUFKRSKQNtjDQNye3+BF1eRHArc3BljiYmJRHTmzBmxBwGn2PcXZGRkOPkW02AwpKenk5dWkRwK3LeqRJSUlER4tyodarW6pKTkoYceyszMdOYt5oULF1JTU7/77rvIyMiDBw9mZ2f7esIgXz+BJ5KSkoqLi5G7hMTGxl68eFGpVN75h/39/fZPONhsNoPBoFarf/jhh2XLlnV3d6ekpBQXF8fExPhhvIB+dReuRZ4/f17sQcAF9tYbGxuXLVsWExMTHBysVqvT0tL279//xx9/jBo1Ki8vT6lU9vb2Llmy5MiRI/5pnQL/1Z2QuzSZzeYFCxbU1dWtWrVq2rRpnZ2dR48evXbtWnh4+JYtW6ZPnz5t2rRjx44lJyd7+cr6A8lYAH+Ttclk0mg0CoXCaDQK++9AKkpLSxcuXJibm7tmzRqxZ7ktoE9mQkJC4uLiLBZLXV2d2LOAa+rr64koLi7urj9va2ubPXv23r17RZgpwHMnXJyRLGHj7vr16+86FzWbzYcPH758+bIoU0kjd5y+S056evry5curq6snTZo0Y8aMnTt39vT0iD1UwOeOjWISJZPJCgoKjh49unLlyqqqquzs7ISEhF9//VXcqQI9d7y6S9qMGTO2b9/e0tKSm5t77dq1VatWiTuPBHKXyWS1tbVWq1XsWcBNSqVyzZo18+fPP3nypNlsFnGSQM9drVbHxMSYzWbcBU3qTCaTXC4XPqMklkDPnXBxRlJMJpPwL1VSUrJhw4Zz587dvHnzxo0bH3744aFDh+bOnSvu+olkcsfpe+Brbm6eNWvWnDlzmpqa6uvrN23aNHnyZJVKFRYW9tZbb6WlpX3yySfiThjQmwgEuDgjCZWVlYsWLWptbU1ISDCZTG+88Ybwjf719fVBQUETJ04U9gbbbLbW1la1Wk1/3jrmJ77eYey5yspKIkpJSRF7ELiv7du3C2cpzz77bHt7u8PH22w2vV6fmprq3e8vcEgCube3txNRSEiI1WoVexa4212fRXLyC/vb29uF2zZmZ2f7esI7SSB3xpjwid36+nqxB4E/ufOzSK7ene/MmTPCXanz8vJ8NN69pJH7nDlziKisrEzsQeC2mpoa4dOVUVFRx44dc+MIX331lfD9BX77l5XAlRni4OJMVVVVXl7e3Llz33///ebmZrHHcaysrOzJJ5+sra2dOnXq8ePHp0+f7sZBXnrppXXr1lmt1uXLl1+8eNHrQw7AP79VHtqyZQsRrVy5UuxBfKK4uFij0dg/5aBQKObPn79v3z4/v41zls22d9MmYbVo+fLlvb29nh3MlpmZSUQTJkzo7Oz01oz3I43cDx06RERPPfWU2IN4mXCBwv5liKWlpVlZWSEhIUL3w4cPD7hbkPf2shUr2sPCHo2L89Y32nV3dz/22GNE9Nxzz/n6/gjSyL2lpYWIQkNDB9NNbHp7e1esWCG8nOv1evuf33sL8okTJ+r1+paWFhGnZYyxy5fZlCmMiA0f3vvNN148cH19vXB/hHfffdeLh72XNHJnjAk3qQzMGze7obGxMSUlhYg0Gs39blJy/vx5nU43evRo+0mOcAvymzdv+nlaxhirrGSjRzMiNn4888F9yI4ePRocHCyTyfbu3ev1g9tJJvcZM2YQUXl5udiDeEFlZaUQ8fjx4x3ewu7eW5CHh4drtdpTp075Z1rGGNu2jQUHMyI2bx5zYhXJPR9//DERqVSqn3/+2UdPIZncX3vtNSL66KOPxB7EU9u2bRMWIOfNm+fMAqRda2vrv//9b+Fr7wW6v/6V/ec/zGDw3bTMYmE6HSNiREyrZT6+7bPwrxwdHd3c3OyL40sm97y8PCJavXq12IO4z2KxuLEAeS/hFuSRkZGn09IYEVMqWUYGKyz0fosGA3vmmVtPsXOnlw8+kL6+vrS0NOGyhC8uTEkm92+//ZaIZs6cKfYgbjIYDM888wwRKZXKnd5Ix2w2m//7XzZ/PlMobr36jh3L3nmH1dR4fnDGGDt7lsXHMyIWFcWOH/fOMZ3Q1tb2yCOPENErr7zi9YNLJvfGxkYiioiIEHsQd5w9e1a4xUVUVNRxr6fT3Mzy8thjj92KnoglJ7O8PI9Ocv73P6ZWMyL2xBPMN+cVD3D69Glhf4HXz10lkztjTLgxVWtrq9iDuKa0tFSYfOrUqZcvX/bhM504wV5/nY0YcSt6lYplZrKSEjbgxeybN9nWrWzmTBYVxSIj2bRpbP36278hJhNLTmZLlzKRvm3cR/sLpJS7sFLtlRsO+sedq0hLly710xfV9/aywkKWkXH7JCcmhul0rK7u9mOMRjZjBiNis2ezf/2LffABW7yYBQWxhx5i9psR+P0e8HdZt24dEY0YMeLixYveOqaUcs/OzlYoFCkpKSUlJW6/z/Ob+60i+c/vv7OcHBYXdyt6uZzNns1On2aMsb//nRGxrVv/9PijR5lKxaZNY4GxlueL/QVSyr2zs/P5558XrmyMHj36zTff9NEdfDznzCqSn1itrKKCabVMrWYyGaurYwYDUyrZrFkDPPjttxkRC5jFDa/vL5BS7owxg8GQn58/ZcoU+7XnpKQkvV5//fp1sUe77c5VpPPnz4s9zv+7cYMJv3hff82I2AcfDPCYykpGxP7xDz+P9gD2/QVr1671/GgSy91OuPYs7CwQru5lZGQUFhaKfpJz5yqSS7co8p+PPmJErLBwgL9qbGREbNkyv8/0IF7cXyDV3AVms7mwsDAjI8P+Cd/o6GidTufezd885K1VJJ/74ANGxAbc49XZyYjYSy/5fSYHNm/eTERDhw71cH+BtHO3a25u1uv1CQkJ9pOc5OTk/Pz8rq4u/wzQ1tbm3VUkH9qxgxGxbdsG+KuqKkbE/vY3v8/kmFar9Xx/wSDJ3e7EiRNarVaj0QjRq1SqzMzM8vJyn+4cPnv2rLAQGB0d7f1VJK87eZIRsTVrBvirffsGuGITGOz7C55++mm39xcMttwFvb29hYWF6enp9o8IxcTE6HS6S5cuef25SktLQ0ND/bGK5C02G3v0URYZeffeRpuN/eUvLDiYib6x/j6uX7/u4f6CwZm73ZUrV/R6vbCAT0RyuTw1NTU/P99oNHp+8DtXkZYtWyal2x2XljKZjE2fzuwXjlpb2YoVjIj985+iTuaAfX/B5s2b3fjxQZ67wGq1VlRUaLVa4X8p4YNRWVlZnpzkGI3GRYsWibmK5KHPP2fh4bc2lsXHM4WCBQez9esDZI3pAb744guZTDZkyBA3vogloG9F5nVdXV379+/fs2fP999/L/yHJyYmLl269NVXXxW+5cdJTU1NL7744smTJzUazeeff75w4UKfjexLN27QN99QbS1ZrfTww/Tcc+SvGz56aOPGjRMmTBDWXF3j9V8+SaipqcnJybEnLpfL09PTd+3a1dPT4/Bn7atICQkJAbSKBE7gNHeB1WotLy+/88P/YWFhD/7wf35+fqCvIsH9cZ273b0f/hf2Jtz54f87V5Fef/11X39FBPgCcv+T6urqAT/8f/XqVeGL+ySwigT3x9dbVSdZLJYDBw7s3LmzrKysv7+fiNRqtdFoHDt2bFFR0RNPPCH2gOAm5P4g7e3tX375ZW5ubkdHh1wuP3nyZHR0tNhDgfuQu2OXLl0aP3782LFjm5qaxJ4FPILcHbPZbBqNxmQydXZ2Cp86BYmSxhdei0sulwtfZI77Q0kdcneKcDu0QfwF85xA7k7B3f8GB+TulEF/+xBOIHen4M7dgwOuzDilv79frVZbLJauri77LmKQHLy6OyUoKGj8+PE2m62mpkbsWcB9yN1ZOH0fBJC7s3D6Pgggd2fhWuQggNydhZOZQQBXZpzV19c3bNgwxpjRaFSpVGKPA+7Aq7uzgoOD4+PjrVbrhQsXxJ4F3ITcXYB3q1KH3F2A3KUOubsA+yKlDrm7ABdnpA5XZlxgMpk0Go1Coejp6bHfsh0kBK/uLggJCYmNjbVYLHV1dWLPAu5A7q7Bu1VJQ+6uwem7pCF312DnjKQhd9fg1V3ScGXGNV1dXWFhYUql0mg0KhQKsccB1+DV3TWhoaFjx441m80NDQ1izwIuQ+4uw/mMdCF3lyF36ULuLsPFGelC7i7DRjHpwpUZlxkMhpEjR6rV6q6uLvttikES8OrusoiIiNGjRxuNxsbGRrFnAdcgd3fg3apEIXd34PRdopC7O3BxRqKQuztwMiNRuDLjjpaWlqioqLCwsI6ODrFnARfg1d0dY8aMiYiI6OzsvHr1qtizgAuQu5vwblWKkLubkLsUBYk9gFSlp6dbLBbhBpQgFXirChzByQxwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNHkDtwBLkDR5A7cAS5A0eQO3AEuQNH/g8bBz1SfqOaSwAAAABJRU5ErkJggg==)
Find more compounds similar to 2-Ethyl-1-butanol, bromomethyldimethylsilyl ether.
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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