- InChI
- InChI=1S/C16H14F3NO4/c1-10(15(21)22-2)23-12-4-6-13(7-5-12)24-14-8-3-11(9-20-14)16(17,18)19/h3-10H,1-2H3
- InChI Key
- IAUMNRCGDHLAMJ-UHFFFAOYSA-N
- Formula
- C16H14F3NO4
- SMILES
-
COC(=O)C(C)Oc1ccc(Oc2ccc(C(F)(
F)F)cn2)cc1 - Molecular Weight1
- 341.28
- 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.
- McVol : McGowan's characteristic volume (ml/mol).
- 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 | 0.7244 | Relay (1.0) Calculated Property | |
| ΔfG° | -745.42 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -1145.26 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 88.97 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.43 | eV | Relay (1.0) Calculated Property |
| log10WS | -4.22 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.833 | Crippen Calculated Property | |
| McVol | 223.250 | ml/mol | McGowan Calculated Property |
| Pc | 1872.99 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 2030.00 | NIST | |
| Tboil | 618.47 | K | Relay (1.0) Calculated Property |
| Tc | 849.13 | K | Relay (1.0) Calculated Property |
| Tfus | 369.43 | K | Relay (1.0) Calculated Property |
| Vc | 0.817 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Adenosine, 2'-deoxy-N-(trimethylsilyl)-3'-O-(trimethylsilyl)-, 5'-[bis(trimethylsilyl) phosphate].](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAijklEQVR4nO3deVgVZfsH8O85h0XZQQQRFUVRQbRyLcslxFxwIQwVU0v6iZZLr2lhWa5ZoJZmb/mimIWaCq+avOQGmuWaIeCCCq4oiAuC7ALnzP37Y46IK3DOHBDn/lxeXniYuec5+GXOMzPPPKMgIjAmD8rabgBjNYfjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE4860ioqKarsJBmdU2w1gta+0tNTc3FyhUJSWltZ2WwyL9+4MJiYmRkZGZWVlxcXFtd0Ww+K4MwCwtrYGcOfOndpuiGFx3BlwL+65ubm13RDD4rgzgOPOZIXjzmSE485kxMbGBhx3JhO8d2cywnFnMsLn3ZmM8N6dyQjHnckIx53JiExORPIAYAYAzs7OkydPbt68eW03xLA47gwANm/efOvWLbVaHRcXZ2dn17Fjx6cvX1pamntPSUlJ9+7da6adelIQUW23gUknNRVLl0KtRrdueO89KBRVWamsrMzLy2v//v1EdP78eSI6fPhw7oNycnLy8vLK/1lxZLyzs3N6errB3pKUeO/+HCktxcSJ2LQJDRvi00+xeTNatEB6OnJzkZeH3Fzk5p40Mlpw/nzF4Obm5v7999/29vZTpkyZOHHioUOH6tev/+677z59U0ZGRtbW1tbW1ra2tk5OTjXy9iTAcX+OnDsHT080bAgA772H0FCkp2PnzoqLZL/wQtTx4w+tl5ubu3Xr1sTExKCgID8/P3t7+zFjxlhXYGtra21tbWVlVf6Kubl5jb0tCXHcnyNKJQRB+7UgQKVC9+4wNoa1NaysYG0Na2uPRo021qtXMbjW1tZmZmbnzp1zd3dv0qRJYWGhkZFRRERErb4TQ+G4P0fc3HD6NK5fh6Mj/vMf+Phg8OCHFmkIjHhkvaKioo0bN6alpQ0dOrRNmzYWFhY1096ax4eqzxFBQFoavvkGJSXo1QujR1dr7S+//HLfvn3z5s179dVXDdTAWsd79+fIiBEwMUFoKJo00WHtEydO7NmzZ/z48ZK369nBV1WfF6dOYcsWbNkCpY7/p3IYR8Bxf17Mng1BwPvvo3Fj3Qpw3FkdceoUtm1DvXqYMUPnGhx3Vkd88QUEAR98oPOuHfIYJcZxr/uSkrS79unT9SkjhxuaOO513u0ffwSRnrt2cGeGPfsSExMbhofP794dn3yiZymOO3vWzZs3j4jyXnkFjo56luK4s2daYmJidHS0mZnZxx9/rH81jjt7ps2dO5eIPvjgA0e9d+2opbjfvn37u+++O3v2bA1tj54vRUVFgiDUditqQkJCgkKhMDc3v379uiQFy8rKFAqFSqWqyR/g5MmTAXz44Yc1s7nnZ++uVqsnTZr00UcfOTo6Dh8+fOXKlcnJybXdKEPRaDSzZs0i6XbtAIyMjMzMzDQaTUFBgSQFq0IcorNu3bq7d+/WwOaekxGRGo1mzJgxGzZssLCwqPi/1bx58z59+nh5eXl59WvUqEEttlAfarX6ypUrycnJp0+fFv8+c+aMubl5Xl7elStXHBwcpNqQs7PztWvXrl692kSnQWa66dy587FjxzZs2DBy5EiDb6xmPkQMSsw6ACsrqyNHjly4cCEsLMzf379Bg/v57tr1uqsrBQVRZCTdvn1/3ZISKirSfp2fXyvNf1hpaWlycnJUVNS8efOGDx/evn17ExOTR//jxBf/+usvCTc9fvz4ESNGZGZmSlizUitWrADQp0+fGthWnd+7E9HEiRNXrlxpbm6+ffv2nj17ln9LEISkpKS9e/f+8ce+hIT/Xb+uvU9ZpUKnTvDyQp8+SE/H0qWIj4dCgWHDsG1bLbyFU6dOnb4nOTn53LlzZWVlFRdQKBQuLi4eHh7t2rVzd3cX//7222/nzp372muv7d+/vxYaLZ28vLzGjRsXFRWlpqa2atXKsBurgV8pwxEEYcKECQDMzMz++OMP8cXs7OzevXvPnz//wIEDZWVl4otlZRQfTyEh5O1NpqYEaP8sXUqjR1NoKJWV0ZAhtfAWzpw5U/FTSOTk5OTt7T116tSwsLD9+/fn5eU9umJ+fr7Yjdm9e3fNN1ta4p3g4tGIQdXhuAsCzZoVAcDc3PzPP/8sf33Lli3lubGwsBg4cODKlUmJiaTRaBcoKKAdO+jjj8nXl9aupchI8vOj8+drIe6CIIj3OPv4+MycOXPt2rXHjh0rLCys4uqhoaEAOnfuXNdPRh04cABAo0aNyndPBlJX4y4INHEiKZWaPn2m7t27t+K37ty5s2XLlsmTJ7u7u4uhf+ml2wDZ29OgQRQSQvHx9xcW437uHAUE1ELcr1y5AsDR0VG31YuKipydnQFs27ZN2obVPA8PDwDR0dEG3UqdjLsg0OTJBFD9+hQX97QlMzIy1q5dGxRU1qzZ/Q6Mu/v9BcS4E9Hs2bUQ99jYWAA9e/bUucLy5csBeHp6aso/vOqmJUuWABhi4P+DOhn3Tz4hgExMKCamGmudO0dhYTR8OH3xxf0XMzNJvEpz+bI29zXphx9+ADB+/HidK5SUlLRo0QLAhg0bJGxYzcvKyjI1NTUyMsrIyNBh9b/++ishIaHSxepe3GfO1Gb9f/+TrObevaRQ0MsvS1awiqZOnQpg8eLF+hQJDw8H4ObmZuiOr6H5+/sDWLhwYdVXyc7ODgsLa9++PQA/P79Kl69jcf/0U13265UqKCBTU1KpHjglXwP69eunf4dVrVa3adMGwE8//SRVw2rFrl27ALRo0aLSjplGo9mxY8ewYcPKr0g0adJEHBz6dHUg7uvXa68EHTlCGzaQpSX99pv0W+ndmwCKipK+8lOIE0ynpKToWWf9+vUAXFxc7t69K0nDaoUgCC1btgQQ9+QDsoyMjJCQELH/BkClUnl7e0dGRlbxk60OxN3Tkz7/nIjok0/o5Em6edMgW/nqKwJIj150td29e1elUhkbG5eWlupZSqPRvPDCCwB++OEHSdpWW+bPn69SqRYtWvTQ62q1OjY21t/f38hIOzOSm5vbnDlz0tLSqlW/DsR9yBAaN45On9bG3UCOHSOAXFwMVf9RJ0+eBNCmTRtJqolXG5ycnKp+2v4ZlJWVlZSU9Ouvvx46dCg5OTktLS0lJSU4OLh8GJypqam/v39sbKxulxrqRtwzMmjIEPr4YwPGXRDIwYEAOnvWUJt4yH//+19pT71169YNwJIlS6QqWPMEQejRo8dvv/22Zs2ajIyMLVu2KO5NUd+hQ4fly5dnZ2frU79uDABu3Bivv47oaANuQqGAtzcA7NplwK1UlJKSAqB169ZSFZw7dy6AkJCQvLw8qWrWMI1Gk5eX165du3fffTcuLs7ExMTV1XXMmDGxsbHHjx+fMmWKra2tPvXrQNzF+WgnT4atLVQqA25o6NDLr70WeOTIewbcRgVi3MWTKpLo379/r169srKyvvvuO6lq1pjc3NyIiAiVSrV69eqFCxf6+/sXFRURUWpqakREhLe4K9KfRJ9CBhcbS9Om0a1bBtxEZmameH9QzZzfePnllyH1CF5xdKSlpeWWLVuqexhXW+Lj44OCgsRZtst/GlOmTPn888//J+G1FSIiqjMzAIeGIi4OXbti5EiUluLgQTRpAjc3KTfRqFGj9u3bnzhx4tChQ6+//rqUpR8nNTUVku7dAXh6etra2trY2Pj5+QEwMTFp0qSJOHLY1dXVw8OjQ4cOVlZWEm5Rd7duLV+37j+rVp05cwaAUqns06dPaWnpmDFjrKysLl269OabbxobG0u8UWl/ewxn0SICaNw4IqLgYALok0+k38qMGTMAzJw5U/rSD7p58yYAa2trCWvm5OR07twZQKNGjXr27Pmkm/qcnJx69+4dFBS0ZMmSmJgYcXi9hM2ohEZDsbE0ZgzVr+/brZvYnuDgYPERaCLxaX5RUVE7duyQduN1Ju7HjxNAzs4kCBQbSwC99JL0W9m9ezeAjh07Sl/6QWKvo2vXrlIVvHPnjnhmplWrVunp6eUvHj16dO3atbNmzfL393/hhRfq16//6C+AiYlJ27ZtfX19L168KFV7iIgEgTZtotmzafNmIqKrV2nePGreXDtSz8jo74kTo6Oj1Wr1o6v++uuv0v58RHUm7oJATk4E0KlTdPcumZuTQkHXrkm8leLiYjMzM4VCcePGDYlLP0gc6DJmzBhJqhUUFPTo0QOAi4vLpUuXnr5wdnb2/v37w8LCgoODBw0a5Orqqrp3BqBHjx5///23JE0iIvriC/r+e8rIoNBQWriQAgO1QW/alIKD6amHFsXFxXZ2dgASExMla0/NxD0hIUGS2x/HjiWAvvmGiGjAAAJo7Vr9q1JxcXHFq9biOJaIiAgJSj+ZeBPW7Nmz9S9VUFDQq1cvAM2aNdNt91xUVJSUlOTr6wv9hmc+rHdv7ReCQL160eHDFBBAe/ZQ1a4QTZkyBcDUqVMla0/NxP2ll14CcPDgQT3rrFtHAPXvT0S0dCkpFDR5cq6eNe/evTtgwACVSrVp0ybxFV9fX3t7e3t7+2XLlhUXF+tZ/1FpaWlBQUEqlapx48bW1tZz5szJzdXjXRQUlPj4+LduXZX9+tOlpKQoFAoLC4vH3iuoi9dff/zXVXPixAkANjY2ReU3z+vN4HHPyspSKpX16tXTv9E3bpBSSc2aqYuLS86evWFv7+Ho6KjPfWslJSVDhgwB0LBhw5MnTxLR8uXLFQpF+ZW8pk2b/vjjjyUlJXq2XJSRkTFp0iRxEJ+xsbE4PgyAg4PD4sWLCwoKql2xsJB69SKgzNPzkhTdbvHG9vDwcP1LERG99RaJv4Fnz9KoUToU6Nq1K4D169dL054aiHtUVBQALy8vSar5+HykUCjFm5GbNm0KICkpSbdSpaWlQ4cOBWBvb3/ixAkiWrlypZj1f//739HR0R07diwPvZ57+qysrODgYPEwUalU+vv7nzt3joj2798v9kPEZlRvT19URF5eBFCTJlThtIY+xMepvvLKK5JUo8uXacwYGj+e3nmHdLppIywsDMDr1f9keBKDx/39999HNcfsP8XMmTMBzJgxg4gCAwMBhIaG6lBHrVaLk/jY2NjEx8cTUXh4uFKpFLMuLqPRaKKiosRbB8Se8U8/3a7ujj4nhxYsyBOPuhQKhb+//+nTpx9aZvv27eJJFQBLBg2iJUuo0mFed+/SwIEEkKMjPVJQZ0VFReJVep13Ig8oLKQvvqB7vUQd5OfnW1paKhSK1NRUCdpTA3EXx4QcPnxYkmp79+4F0KFDByLauHEjAG9v7+oWUavVAQEBYtb/+ecfIlq9erWY9eXLlz+0sCAI4p6+c+f+ADVrRsuWUVV29AUFtGyZdthZjx5B3t7e8RXvCX/E9u3bB3h751lYaEP8zTdPDH1JCfn4EEAODpScXMV3XUWTJk0C8K9//UuCWklJBJCHhz41xJ2aVFdCDBv39PR0AJaWlvoP6RaVlJRYWFgoFIqMjIzs7GyVSmVqalqtXq9arR41apR4iefo0aNEtGbNGqVS+fQPCo1Gs3Vrlqen9kyaiwuFhdGT9vTFxbRsGTk6ahf28qJDh6p8HSc2lrp1067ZsCGFhDwm9KdOkY2NtPv1cokJCV927ZrZuzfpP5Ji0yYC6M039alx6NAhAI6OjpJEyLBx//nnnwEMHjxYwpo+Pj4Afv75ZyLauHFjtT7m1Gr16NGjxayLJ5g3btwonnX++uuvK11dECg6ml56SZtGcU9/5Aj98w8RUV4e7dtHv/xCLVpoF+jWjXS8L+/336lrV20VR0eKjaW0NJo2jSZOJHGOjfh4OnVKp9JV0KkTAaT/vd7z5xNAwcF6lunQoQOArVu36tseQ8d97NixAJYtWyZhTXG436jqH+k/NJUkEW3atEm8O6ZahxYVQ29sTNOnU/v2lJdHFy9SUBDZ2RFAnp4UGVnF88tPFhtLXbuSsTGlpFDv3nTlCpWVUWAg7dmjX93KrFhBAOk/aePo0QSQ3nfQLl26FMCgQYP0bY+h4y5OJCue95CKOPW9lZXVoUOHHnv9+UnEXqClpaV4BSAqKkrM+oIFC3RohkZDGzfSggW0cCF98w199BFdvEiTJ9NPP0kR9IpOnqSEBProI+0/jx8nSa+8PEZeHllYkEJB587pVadLFwJI7+stWVlZ9erVU6lU+o/xNOB495SUlPT0dAcHB09PTwnLXrx4UXzz3bt3t7a27tu3b2ho6LFjx6iyuV3feOMNKyur6Ojo7t27b968OSAgQK1Wz58///PPP9ehGUolRoyAuGr37sjNxfHjADBuHPz9ce/EvRQ8PaHR3B/pr1JBo5Gu+uNYWuKtt0CENWv0qvOKHXx7oI2+9680aNDA19dXo9H88ssvepYy4N5dnDNo5MiREtaMiYkRL9N06tTJ7cHhv46OjgEBAeHh4U+5kJ6VlUVEmzdvFkeWzpkzR/8mLVxIhw/TjRvUrRtNnqx/vccpKqLevUk8JT9zpkFmYnjIgQMEUKNGpPMBYn4mzQWF2knSnLi4ODMzs08//VTPOgaM+7BhwwCsXLlSqoK7du2qV68eKpwmy8zMjIyMDAoKatasWcXoOzk5+fv7h4WFXb169aEiv//+u6mpKYCPP/5YklZ9+632UDUsjCQq+TgJCTRuHL33Ht27LGBwHh4EkM6zT17eR3NB4dJcsRIE4c6dO/rXqTzuf/zxx7p1665Vc/ChRqOxt7cHcOHCBV3b9oDdu3eLWX/Sc3we+xQDAK6urkFBQZGRkdnZ2Tt27BCzPn36dElaRUSCQJ99RuHhVMcnaXzE0qXUpw/t26fj6vFhNBf027uStklflcf9rbfeeig3t6sw19axY8cAuEg0kUVsbKx4BX78+PGVDpLRaDTx8fGhoaH9+vUzMzMrz71KpRI7QlLt10Xp6dpT5M+h/ftpwgSaMEGXw81d02kuaH/lp3drUuVxDwsLGzBggHgrYXluunTpMnPmzN27dz9pVpOdO3e6uroGBgbq38S9e6lv34UA3n///eoOCCsrK4uPjw8JCfH29jYxMXFwcHBzc9O/SRXt2UMAvfaatFWfAZcukY8PFRdTYSH160dXrlRv9V8H0VzQmS2GaZyOqtp3V6vV5bkR+wMiIyOjTp06BQcHx8bGiiMHNRrN+vXrFy9efPz4cf1nLfzzTzI3J4C++CJGz0n7L126JP7SSnkHw72T1O+9J2HJZ8OqVVQ+FPHnn2nNGlq1ijZtosTEyof0ENHJX2n7FMqR9PYovenybKbCwsIDBw7s3bt3z549iYmJgiCIr1taWr7xxhtDhgxJTU0NCAhQKBT16tVzdXWtbv1yhw6hf3/k52PcOISHQ6n3WdOZM2eGhob2799/x44d+ta6Z9o0LFuG0FB88olUJZ8N4eEwM8OoUQAQEQFBwLRpuHMHABQKNG2K1q3RuxP6OqNBGzRoDetmUCgBoKwQEd5w7AASMOB7JP2MvKto0Ab2bdCgNerpNVGMnnSZicDc3Lxfv37iXT8FBQVHjhyJi4uLi4tLSEjIyckxNTVNS0uzsbFxdnYeMmTI1q1bVTrNDnP4sDbr77wjTdYBzJw5MywsbOfOnX/++Wf5yFs9paQAgKTzCTwbXn8dM2Zg+HAIAqKisHQpJkxAaipSUnD+PK5cwZUrcMqD+qh2eaN6aNAaDVqjYyAsnTEoDAcX4cIunPwVVyo8LM2sIRq440hruLVG69Zo2xaurpB8xoEnkPLJe9euXcvOzvb09Ny+ffuqVau8vLxiY2MHDhw4b968Hj16eHt79+/f/6Ezhk+SkABvb+TkYPhwrF8PI+nmB5k3b560D6xr2RIXL+LMGbRtK0m9Z8muXYiKAoCAAPTpc/91jQaXLyM1FUI6kIDbqchKQX6G9rt+6/D393hlGhJWw+dH3EpGZiJup+B2Km6norQAmqZYcPV+NSMjtGiBoCDMmAEAZWWGS7+hHjRZVlbWr18/CwsLOzu7ihfDPDw8vLy8+vb9tkcP4yfNf1ZSAjc3XL2KgACsXSvxzGEFBQWurq63bt3avXt337599axWWgozMygUKCzE4x5+Kiel+dpAO3fBb4HoNRsOnrBo9PBieem4dgH7ziAlBWfPIjUVaWnQaDB3Lrp0QXg4GjXCrVv44QdI93jk+yQ/GoiMjAwMDBw8eHBUVJR4X235GXEbGxsAjRu/DJBSSZ060dSpFBlJubl07Rr5+WnHnH72GR08SIGBZKDpTxYtWqRUGr399nr9R7YkJ59p1cp3yJAVUrTreVGSR5uGab/OOErL3Wi9D+2aTvFhdOkPyn/kAs7du3TqFKWlUY8eJA6COnCApk0zRNOkj/vRo0e/+uqrxw4LKy0tPXDgwLJlf/Tq9cDDTU1N6fvv6cUXae5cIqKBAyVv1AMKCwu7d88DJLgYL04zLclgveeHuoTObNV+nfQLzcXDf8a+QZ0706hRNH8+bdxICQlUWEiZmRQQoF2rrIyqf9dOVUg/aV5UVNTixYvz8vK+/vrrh75lbGz86quvvvoqPvwQxcU4eBAHDuDgQfz5J1q1Qu/eSE3FuXOSt+hhZmZmI0fi0CF8/jkGD9brIFjyWXyfByoT7JiKvbMQeACeI9G4E7LuddxvpyArBedvIT4R8fH3V1EocPs2srK0/8zMNEhPRrczM0+3Z88eAH0qHtk8Tv368PbWzjGdk4PsbOzaha+/xvTpkrfoMSZMwNKlOHUKkZEYObIaK965c+f06dNGRkbiTfLiPI8c9wfcvYO8qzA2h6kNFAo0bIeG7R5Y4L3bSE3VdtzFUz3FxbC1Rbt2+O47dOmCZcvw4YcGaZu0HxY5OTnitfrqPkPiwgUSx32FhFCzZtI26vHCwwkgN7enHSHcvk3791NYmPDhhx96e3s3btxY/KGV9166d+8OoPz59IyIKP0IzQWF6TTxYFwcrVkj1cQKj5J47753716NRtOzZ8+Kg1WqwsoKr7wCANOmIT9f2kY93rvvYvFipKRg7VqMG/fAt9atw5o1OH0a16+LLygaN9567doVAGZmZu7u7uXP4zbELL51XlYKADTQ6ROvsk6BniSOu9iT8fLyqu6K16/j0iUAMDHB5cvSNurxVCrMno2338a8eRg1ChUGRiAzE3v3AoCFBdq2Rbt26Nx5SfPm9T08PJo3b66819nPzs7OysqytLRs1OiR021ydjsVABo8i7sAg8S90o77o0pLtdenAdy8KWmbnmzkSCxahPbtUVDwQNz9/ODpCXd3uLiU35fkD+DOnTuJiYnJycmnT59OTk5OSkoyNzdv06aNQsqbl+q+2ykAYP+8x/3atWspKSmWlpbiLOPVtWOH9tD87FkJG/U0SiX+/huTJqGsDABWr8bgwXBwQMuWaNkSWVn46y+cOYPkZBQXb4+JCbxx48ZDFTp37nzkyJEaam5dsegyClph+LN4kVnKuMfFxQHo1auXbg9dGDAA4qnLN96QsFGVMDVFYiI++ww//YTERDg7IzoaZ8/i1CncunV/MU9Puxs3bpiYmLRq1apdu3bi8zA8PDzatm2r24ig55YgiLsHOLes7aY8hpRxF6f40qHjXruaNIGTE2JjASA7GytWaF+3tIS7u7ZX0759xzZtLrm4uHC/pRJXrqC4GI0b4xl5JM6DpIz7vn37oFPHHYCzMwYM0H49frx0baqaWbPg64vmzeHujm++Qbt2cHfHg4PZTIDmNd2suujZHiAqWdxTU1PT0tLs7e11m2bD0RHljxLy95eqUVVlZoYPPsC4cfj0U3z0UU1v/bkik7iXn5NRSjIyvQa9+ioA+Pri8GGYm9d2a+q61FRAsrhrNBppD40ki2Yd7bgD9+9CCg010EgN2VCr8X//h9jY6g3MeIL8/PzOnTuvXr1a/1LlpBnvLgiCo6NjVlbW+fPnW7Z8Fg/JmcHl5GD0aHh5IT0dpqYICdGnmCAIQ4cOjYmJefHFF48ePSrVA1al6cwIgrBq1ap//vmHsy5fq1YhKAhDhwJAQADS0uDionOxOXPmxMTE2NnZlU/5Jg0DjcVhsjNxIp05o/16zhzSY9jcb7/9plAoVCqV5I8RrmOHlezZ1by59jgVwLlzaNFCtzIpKSnvvPMOEYlzRkjWPACGGO/OZGr8eLz9NjIzcfkynJzQpAkmT8a0aahO/zY/P9/Pzy83NzcgIGC6IW59kPbDgsna3bt09Kh2VvjQUALI1paq3CERBMHPzw9Ahw4ddHnsZhVw3Jlh5OfTsGEEkEJBwcFVmTB29uzZAOzs7M4b7PYOjjszGEGg+fNJqSQgZ+zY/Pz8pyy7bds2pVKpVCq3b99uuBZx3JmBbd+uadDAp0uXNm3aPPpMWdHZs2etra0BLFq0yKBt4bgzg7uemurh4QHAxsbm999/f+i7eXl54nf9/Pz0nPW2Uhx3VhPy8/PFBwUoFIrg4GBNha78zp07TU1NDXd4WpGhJs1j7CFE9NVXX82ePdvS0vLEiRMXLly4efNmz549k5KSbGxsHB0d9Zksuoo47qxGiUeiWVlZCQkJAwYMsLW1tbS0FDszNYCvqrIaNXDgQB8fn5ycHCsrq969e3fr1m3+/Pk1tnWOO6sFkyZNcnBw6N+//7Zt24qLi2tsu9yZYbUmPz9/5MiRRkZGW7duLSoqqvj8LwPhuLNaEBERceTIkbS0tBEjRuzatcvFxWXz5s1bt241dCee485qVExMTFxc3JIlSzQajVKpNDY2Li4u7tat28mTJ62trdetWzdo0CADbt7QZzoZK5eSkiJePY2IiKj4en5+vr+/Px53Vl5aHHdWQ/Lz89u1awfgzTfffPTqqSAIISEh4o3Y4qkbQ7SB485qgiAI4v67bdu2ubm5T1ps586ddnZ2AFq3bp2cnCx5MzjurCaIJ9dtbW3PiaPhnywtLa1Tp04ALC0tN2/eLG0zOO7M4Hbt2qVSqZRKZUxMTFWWLy4uHjt2rCG68hx3ZlipqaniExcXLlxYrRXDwsKMjIwADBw4UKquPMedGVB+fr44iaKvr68Og3v37dvn4OAAwM3N7dSpU/q3h+PODEUQhOHDh1d6ePp0Fy5c6NChA4ChQ4fq3ySOOzOUL7/8EoCVldWTbmKqooKCgqlTp968eVP/JvFVVWYQsbGxAwYMIKLo6GgfH5/abo4WzzPDDGLFihUajWbBggXPTtbBY2aYgajV6l9++SUwMPCZet4Jx53JCN/ewWSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485khOPOZITjzmSE485k5P8B79s9jVOZkcwAAAAASUVORK5CYII=)
Find more compounds similar to Fluazifop methyl ester.
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