- InChI
- InChI=1S/C6H13NO2/c1-6(8)9-5-4-7(2)3/h4-5H2,1-3H3
- InChI Key
- GOLSFPMYASLXJC-UHFFFAOYSA-N
- Formula
- C6H13NO2
- SMILES
- CC(=O)OCCN(C)C
- Molecular Weight1
- 131.17
- CAS
- 1421-89-2
- Other Names
-
- Dimethylaminoethanol acetate
- Dimethylaminoethyl acetate
- 2-(Dimethylamino)ethyl acetate
- 2-Dimethylaminoethanol acetate
- CH3C(O)O(CH2)2N(CH3)2
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion 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).
- I : 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 | 0.4462 | Relay (1.0) Calculated Property | |
| ΔfG° | -199.95 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -410.75 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 18.69 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 51.89 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.33 | eV | Relay (1.0) Calculated Property |
| log10WS | 0.65 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.111 | Crippen Calculated Property | |
| McVol | 112.820 | ml/mol | McGowan Calculated Property |
| Pc | 3117.52 | kPa | Joback Calculated Property |
| I | 1409.00 | NIST | |
| Tboil | 424.29 | K | Relay (1.0) Calculated Property |
| Tc | 597.50 | K | Relay (1.0) Calculated Property |
| Tfus | 220.64 | K | Relay (1.0) Calculated Property |
| Vc | 0.435 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [223.68; 285.04] | J/mol×K | [407.54; 579.74] | 
|
| Cp,gas | 223.68 | J/mol×K | 407.54 | Joback Calculated Property |
| Cp,gas | 234.99 | J/mol×K | 436.24 | Joback Calculated Property |
| Cp,gas | 245.86 | J/mol×K | 464.94 | Joback Calculated Property |
| Cp,gas | 256.29 | J/mol×K | 493.64 | Joback Calculated Property |
| Cp,gas | 266.30 | J/mol×K | 522.34 | Joback Calculated Property |
| Cp,gas | 275.88 | J/mol×K | 551.04 | Joback Calculated Property |
| Cp,gas | 285.04 | J/mol×K | 579.74 | Joback Calculated Property |
Similar Compounds
![2-[2-(dimethylamino)ethoxy]ethanol.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAOGklEQVR4nO3df0xV9R/H8TdwuV64KAqEOjWHiYorJbEpNUy+sZp6y5xSW41++Mddy2Jlrbvq67C28m61xVor7+ZqbGWFbKZWW1Kmpi1Xhg6dlT+IFFNS4cYvucB9ff84Vy6S4QXuved+eb8ef8k99577IZ73nM/5AcUBECId4s0eAFH0MHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EmRkHL/9ddf33jjje7u7kiPhiii4gBc90l33nnn3r17582bt2nTpltvvTUKw9KotVX27pUzZ2TcOCkokAkTzB7QSIQQfPvtt9nZ2SJisVhKS0tbWlpCeZW5mpqazpw5Y/YoQlZVhbQ0ZGZi0SJkZcFqxfr1Zo9pBAopdwBtbW0ulyshIUFEsrKydu7cGdFhDUdra+uGDRtsNpvFYlm+fHlXV5fZI7qew4dhtWLdOvT0BB6pqkJ8PD74wMxRjUSh5m6oqanJy8szdgvFxcV//fVXhIY1NB0dHW+99VZmZmbf3dftt99+9OhRs4c2oNWrkZ2N7u6rHnzwQeTkmDSgEWtwuQPo6uoqLy+32+0iMn78+IqKikgMa7B8Pl9FRUVWVpaR+MKFC6urq1966aWJEyeKSGJiosvlunz5stnD/BczZ+KJJ/o/+MEHEMGlS2YMaMQadO6GEydO3HXXXUZbS5cura+vD++wQtfT01NZWWkcWojIzTffXFlZ6ff7jaXNzc2lpaXx8fEikp2dvWvXLrPGOZCMDLzySv8Hd+6ECH77zYwBjVhDzB2A3++vqKhIT08XkeTkZLfb3d1vdxxhfr9/+/btc+fONULPycmpqKjo6Z3+9rFv376cnBwRiYuLczqdXq83muO8vqlT8cwz/R/85BOI4OxZMwY0Yg09d8PZs2dXrlwpInb7eIej/ciRsIzq+qqrq3uPIqZOnerxeAb+sPl8PrfbbbVaRWTixIlVVVVRGugAenpQVwcADgcWL+6/1OVCZiau7KZiltfrXb169cqVK+uM7yW2DTd3w9atW++997AIrFaUlSGik+Q9e2rz8/ON0CdPnrxx40afzxfia2traxcuXGi81uFwmHmmsroaubmYPh0+H7ZsgQj27Aku/fNPjB2LF14AgIMH8dNPZg1zAMY0MiUlRUQSEhJuuOGGGDmQG0B4cgfQ3IzSUsTHQwTTpyMSk+QffoDDgQkTziQlJWVkZLjd7vb29sGupKenx+PxjB49WkTGjh3r8Xj8Ud6Cfvkl8vIgAhFkZQVm5489Brsda9Zg40a8+CImTcKCBWhpQVcXcnNhsaC0FDFzuaOnp+fDDz/sPV6y2Wy9/162bJmJB3LXFbbcDfv2IScHIoiLg9OJcE2Sa2rgcAQKGTcO77yzs7W1dTgrbGhouP/++42fUEFBwbFjx8Iz0IHt24fFiwPfRmYm3O7gftDvx9atKClBURFWrsTGjejsBICODqxdi4QEiGDaNMTA5Y7q6urc3FzjP11WVpbH4+nq6jL9QC5EYc4dgM8HtxujRkEEEydimJPkY8dQUhLYadjtcLnCeWqusrLSOEmflJRUVlbWaRQWCQcOBD+v6elwuzGo/VJNDebPD7y8uBgmXe6orq6+7bbbjNBvvPFGI/S+Tzh37lxJSYnxhHnz5v3888+mjHMA4c/dUFuLhQsDPyCHA0OYJNfXw+mExQLjkMDpxJ9/hn+cly5dcjqdcXFxIjJnzpwDBw6E+Q2OHEFxMeLiIILRo+Fyobl5KOvp6kJ5Oex2iCAtDR5PmMc5oP379xcWFhodZ2Zmut3ujo6Of3vyjh07pkyZEpuXOyKVOwC/Hx4PRo+GCMaORXk5rnWS8BrOn4fLFdg/JCbC6RzKp2VQdu/ePWPGjDDfFHTqFJzOwDwkXDumkydRVBTYiixZgt9/D8M4B3TgwAGHw2GEnp6eHuLxktfr7b3cMX369Ni53BHB3A319Vi6NPADKizE8ePIz8eoUfjll+Bznn4a//kPAFy4AJcLSUkQQXw8iotx/HikBxjQ3t7e96agr776asirqqur+++TTwa+DZsNzz6LxsawDdTvR0UF0tMhguRkuN397z4Ik6NHjxYXFxv7vZSUFJfL1TzI/dL+/ftnz55tXO4oKSm5ePFiJMY5KBHP3VBZicxMiGDnTuTnw2rF3XcHlxq5f/45UlICoT/4IKJz9NhPTU3N/Pnzh3xT0Pnz510ul81mE5HDhYV44olI7ZjOnUNJSWArMm8eDh4M47rr6uqcTqfxybfb7S6X69JQ90uXL19et26dcbnj12XL8NlnYRznEEQpdwAXLmDTJgDIz8fq1bDb8fHHgUVG7o2NSElBUVF4f3aD1vemoLS0NE9os+QLFy64XK6kpCQRiY+PLy4uPh6FHdPnn2PKFIisLSwMyyz5jz/+cDqdFotFRKxWq9PpPBuOy7q1tbWehx4KfDhXrYrIQVhoopd7r/x8rFuHV1/FhAloagL6TGYaGqI/nGs7efJkUVGRsZlfsmTJ7/8+S25paXG73ampqcZe2+FwHD58OHoD9Xp/d7mMQGfNmvXdd98NbTWNjY29+6XExMSSkpJTp06Fc5xDPpILK9Ny7+jATTdhzRqgT+4x5brnkltbW91u97hx44xPRVFR0U8mXf4czizZ2C8lJyf37pd+i9x9aQ0NWLEisJkvKIj+hNW03AF88QUSEnDwYIzmbuh3LvnHH38E0NnZ6fF4jLuLReSOO+7YvXu3ueM0bgoaNWqUcVPQli1brvuSf+6XDh06FIWhBo/kbDaUlSFylzv+wczcAaxYgYICPPVU7OZu2LZt26RJk4ztX3Z29uTJk43Q8/Pzv/nmG7NHF3TkyJHeG4ocDsfp06ev+bS2trby8vLe34MxYb/U1ASnM3A5Ys4chP1yx78wOff6etjtmDYt1nMH4PV6V61aJVf0u7E+dvj9/t6bglJTU8vLy/veFB1b+6U9ezBjRuBknNMZhZuCTM4dwIYNEPk/yN3w3nvvFRQUrF+/PgZD76uhoWHFihV9bwpqa2vzeDzTpk0zHlywYMH27dvNHibQ1obnngtcPM/KgjGb6unB5s1YtQoLFuCee7BhQ/BSdG0tli/vf2V6zZrgab4BmZD73XfjtdeCX3Z2Ii8P990X/YGMfJs3bzZmLFar1TiPLiK5ubk7duwwe2hXO3QI8+cjIwONjfD78fDDGDMGzz+Pigq8/jpmzkR2Ns6dA4BduyAS+HevmTNRVhbK+5iQO0VTU1NT7zUjm832/vvvX/MXvszX1QXjN+grKyGCvXuDi5qbMWkSHnkEGG7upv3RvK1bJTVVHn3UrPfXwrinf/PmzW+++abX63388ceNW1lijsUis2eLiHz0kSxaJAUFwUWpqfL007Jli/h8w32TYb5+yFpa5O+/xe836/11eeCBB8weQsiOHZMrv/UfdMst0tEhdXWBL99+W1JSgksvXQpx3abl3tYmIleNmUhEpLPzGlmMGRNYZPjlF7HZrnpJaEzLvbVVhLnTP40fLw0N/R88fVpEZMIEuXhRROTdd2X8+ODSWbNCXLdp0zhj6263m/X+FKsWLZKvv5b29qse3LZNcnLk6r8PNwTMnWLMU09JR4esXRuconz6qVRVycsvD3/dnMxQjJk6VbZvl0cekY8+klmzpKFBmpvF7ZaHHx7+uk0+VOXWna5h8WI5cUJ++EHOnJHUVMnPl7S0wKK8PPn+++CXhk8+kYyMUFbMrTvFJKtVFi26xuNjxsiVe+CCrvwhkOsybe5u5M6tO0WTyYeq3LpTNJm8dWfuFE08EUmKcOtOiph2Zmbu3HU+X2Jy8osiiWaNgbQJ6f+rGnYALBYLgO7u7hi9H5VGInNSa29v9/v9SUlJbJ2iyZzaWltbRSSFM3eKLuZOipiTe1tbm4jYeRqSootbd1LEzNy5dacoM3Myw607RRknM6QIJzOkCCczpAgnM6QIz7uTIubknpycnJGRkdbvF2yJIsycOyKJTMEbEkkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EkR5k6KMHdShLmTIsydFGHupAhzJ0WYOynC3EmR/wF08reCO2goKAAAAABJRU5ErkJggg==)
![Ethyl 2-[bis(2-ethoxyethyl)amino]acetate.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAATF0lEQVR4nO3dfVBU9R7H8e+CCCqIT4g8CGwqIpoRJqL4kA7WeMMsk+7ktKPTvZJdu4vjmNymbmszldY0N8xRLzbX2+pMpYU63B5MGDUhdUgRSzGfQlAEBRFQWFjY/d4/ftuCpAj7dHb5fV5/sbjw+1FvDmf3nPM7KmYmADl4KT0BANdB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIJE+Sk8AHMdgoG3b6MQJ8vWlOXNo0SJSqZSek3tB7r1IaioNHUqvvEKNjfTPf1JJCel0Ss/JvaiYWek5gCMUFFBaGp0+TV5eRESVlRQbS5cvU2Cg0jNzI9h37y2KiykpydI6EYWEUHg4nTun6JzcDnLvLVpbydv7rs/07UutrQrNxk0h994iJoZOnWp/eOcOXbpE0dHKTcgdIffe4oknqLGRNmwgo5Fu3yatlhYupKAgpaflXpB7b+HtTd98Q8XFlJBAc+ZQUBBt2qT0nNwO3pnpLf73PyotpXnzaMwYqq+nAQOoD95l7gxb995Cr6f0dCoqIiJ6/nny86O8PKXn5HaQe29RUUFEFB5ORHTlCplMFBys7IzcEHLvLa5eJSIKC2v/WKQPHWDfvVcwmcjPj0wmMhjIaKSBA6l/f2psVHpabgdb916hqora2mj4cPL1xaa9C8i9VxA77h33ZMTHcDfk3it03KJj635/yL1X6Lh17/gx3A259wrIvXuQe6+AnZnuQe69QZmPz+0JE4wi8Y7Hm+BuyL03SC4oGHj69G9hYUSU3NKybMKEeuzM3AsOM/UGAwYMaGpqamho6Nu3b79+/by9vZubm707Xe0B2Lr3Ajdv3mxqagoMDAwICKioqGDm0NBQtH5PyN3jVVRUEFFYWFinj+GPkLvHu3r1KhGFh4d3+hj+CLl7PGzduw+5ezyRuNiiI/euIXePJ3ZgROLYmekacvd41sSNRiO27l3D1bseT+S+ePFif39/k8lE2LrfH3L3YLW1tVu3bj1//jwRNTQ0NDQ0EJFKpQoJCVF6am4KOzMe6dKlS+np6REREa+//npra2t0dHRaWtrq1atVKhUzp6SkVFZWKj1Ht8TgUfLz81NTU60HTZOSknJycsxms/jX/fv3jxgxgoiGDx/+7bffKjtVN4TcPUNLS8uuXbsSEhJE5b6+vhqN5pdffvnjM6uqqp588kkiUqlUWq22paXFlfM0GAzXrl1z5Yg9gtzd3Y0bN9avX2999RkcHKzT6aqrq7v4ErPZnJmZ6ePjQ0STJ0++cOGCC+Z5/fr19evXDxkyxNfX97XXXnPBiDZA7u7r/PnzWq22f//+IvRHHnkkKyurqampm19eUFAQERFBRAlqtWnXLufNs7i4eOnSpb6+vh13kpctW9bY2Oi8QW2D3N1Rfn5+SkqKSqUiIi8vr+Tk5I476N1XW1u76LnnqqZMYSLWaPjOHQdO0mw25+bmdpxnSkpKbm7uW2+9JX5FY2JiTp486cAR7Yfc3Uhzc7Ner58wYYLYQPr5+Wk0mpKSEnu/r17P/fszEcfEsCP6E/OMjY0V8/T3909LS/v111+tTygpKZk4caL4ETIzM234RXUS5O4WxI5vaGioCGjEiBE6na6mpsZhA5SU8MSJTMR+fpyZyTb3d/VqyxtvhP0+z8jIyA8//LCuru6PTzQYDFqtVjxtwYIFjvxZ7IDcFXbkyJHRo0f37dtXlDF58uTPPvvMaDQ6fiSDgbVaJmIiXrCAe9pfURGnpbGfHxOlzZgxadIkvV7f2tra9Rft3r178ODBRDRy5MgffvjB9sk7CHJXmFqtFm8aih1fp4+3ezcPGcJEPHIkd6c/k4l37+aZMy2/J3368J//3FJY2P0By8rKpk+fTkTe3t46na6trc32ydsNuSssKCiIiL766ivXDVlaylOnWtrdv5+Z2Wjkn3/mggKurW1/2u3bnJXFMTGW0AcOZK2WL1+2YcDW1ladTicOjc2aNevKlSsO+kl6DLkryWg0enl5eXt7u3qb19rKOh0nJHBLC58+zWo1L1zIy5ZxVBS//z4zs07HgYGW0EeP5o0b+fZtO8c8cOCAeHEyaNCgXc58Y7QLyF1JpaWlRBQeHq7M8OKAa1ISf/qp5TM1NRwSwr/8YtnLT0riXbvYcb+K1dXVTz31lHiVotFoXP/GPHJXUn5+PhElJiYqNoPaWu7fn02m9s+8+ip/8AGXl/OJE84YUBzxFcekxo8ff8/zIJwHZ0QqSfmrMSorKSio/V7bRBQSQteu0ciRFB/vjAFVKlV6evqRI0fGjBlz5syZhISEDRs2OGOge0LuSlL+WrvQUKquJpOp/TMVFS5YcC8+Pv7EiRMajcZgMKxcuXLRokV1dXXOHpSQu7KU37oPGkQJCbR9u+VhTQ3t2UMpKS4YOSAgYPv27bt27QoMDMzOzo6Lizty5IizB0XuSuq4iIBiNm+md9+l556jV16hhARas4bGjnXZ4KmpqcXFxYmJiWVlZbNmzVq7dq3ZbHbieK58oQCdTJs2jYiUP9xoNPKpU3z48F3vu7tQc3PzypUrxalmGRkZzhsIS6IqKTIysry8/NKlSw899JDSc1Febm6uVqvdt29fZGSkk4ZA7ooxm2ny5IJ+/S7n5T3v59dX6em4BZPJ5NTFXJG7YqqqKCSEgoLoxg2lpyINvFRVDG4I6XrIXTG4h5LruTT3srIyVw7n5nCHPNdzRe5Go3H79u3+/v5qtXrp0qVGo9EFg7o/5O56zs29pqbm3XffjYqKWrJkSWNjo0ql0uv1SUlJFy9edOq4HgE7M67nrNwvXryYnp4eGRn55ptvVlZWTpw4cd26dXl5eaNGjTp+/Hh8fPyOHTucNLSnwNZdAQ4/cNVx0QiVStVp0Yj6+vrFixeLoTUazW27LxrwXNHRTMRnzig9D5k4LPeWlha9Xv/www+LlMWqbmfu8z9Tr9cPGDCAiNRq9dGjRx01h+64efPmvn37TB3P8FaIvz8T8b2u4gdncUDuti0acfbs2bi4OCLy8fHR6XQu6K+qqkqn0w0cOJCIgoODKysrnT1iF+rr2deX/f0VnIKM7Mr93LlzWq22X79+IvRHH300KyvLYDB088sNBsOKFSuIyK9Pnxt/+Qt3ue6hPYqKijQajXVxC7GjFRYWdvDgQSeN2IX6er561fJxTQ1XVHBzs+tnISlbcr/famm2zWDPnj1H581jIg4N5QMHbPsm92Qyme45z+PHj8+cOZN+XyPXKYu63N+WLdynD586ZXk4dSr3ZBkLsEvPcherpY0fP15sJsVqaWfPnrV3FleuWFYyUalYq2W7+7t9+3ZWVta4cePEPAMCArRabWlpqfUJbW1t1qUgpkyZcunSJTtH7L4tWzgujmfMsKzkhdxdqbu5ix3fYcOGiYBCQkJ0Ot3NmzcdNpG2Nl6/nn18mIgTEtjm/srK+LXXXpw9W8xz1KhRGzZsaGhouOdzDx06JC6tCAwM/OKLL2yffE9s2cKrVvH8+bxtGzNyd61u5b5q1Srrjm9iYuLOnTsfuFqajY4eZbXasojP55/37GtPnGCNRvzC5D/88MyZM3fv3v3AV8A1NTXz58+3vjHqgqUgRO4XL3J4OFdXI3eX6lbu77zzjtjxLSgocPaEuK6On3/esqBPd9ZoNpk4J4eTky1f4uPDqal85EiPxtTr9eIF97hx405Zd6sdymjkzz/n7GxL7sy8di0vX47cXapbud+6deuyTaul2chs5o0bxeqbvHw5M3NzM+/fz1lZvH8/W+++0tDAmZkcFXXXqm5lZbaNefr0abHStFij2UE/CTNzfT1nZnJEBBPxmDG8ebMld4OBx47lESO4sJAPHMAb8K7gxteqFhfzzJl87RrX1nJsLL/4In/0ES9ezLGxXFvLO3ZwQIAl9Oho3rzZ/rX6m5qarGs0P/vss7V2X7h54QK/+qrlcBIRx8ZyVhZv2mTJnZm//56JODubAwI4IoJd8LdTcm6cu9WaNfz3v7c/XL6c//EPPn7cGau6MfOXX345aNAgIoqIiMjPz7ftm+Tnc2oqe3tbQk9K4pwcy1sxV67wuXPtzzx8mE+d4sces+yIrVvHrjzg+/7777/00ks///yz64ZUlCfknpBw19LMBw/ylCnMfFc1DnX58mWxRkCfPn16tEZzS0vLZ581PfqopXI/P/7rX7k7y8KJJUq9vJiIZ8/migq75t+deVpvE+Lj4zN06NCvv/7auUO6B0/IffRo7vjysbiYR4929phijWYvLy8imj17dsWDAqyrq8vMzBw5cuSsWd8Q8fDhnJHR42pzczkkhIk4KIidlN/169fXrl0bHBxsPSIhbrGtUqlWr17t4rtSup4n5D5nDu/d2/4wO5uTk10zcl5enqhh2LBh99v+lZSUvPzyy9YzKaZN+9O2bbafF3D9OotDzOKAmwPz63TGR1xcnDjjQ6xRKt5onjRp0vnz5x02pPvxhNw//ZRnzGDxjvidO5yUxDt2uGzw69evz5s3j+51V96uT3W2mcnE69ZZDrg99hhfvNjdO0vezz3v49fpOYWFhaNGjRLb+x0u/M/rYp6Qu8nE6emsVvMTT7BazatWufTV3O9rNIvtX1xc3Hfffdf9U51tVljIo0dzVNT5ESNCbOvvnmd8dHEfP6UuRbhz587q1asTExNdcGDbE3IX2tr4yhXHvgnTI8eOHbPeR0k0ERYW9t577znyTIq71dXx3/72hhhryZIl3e/PnjM+PvnkE3FX1LFjx/5WXGzH9B+ssrJSp9MNHTrUeqbqRx995NS7UnpO7m7gxo0bYj236OjoHp3qbA/rpTDR0dFFRUVdP/nkyZNpaWl+fn4ioPj4eL1e39NTPsWlCPNHjTIPHMg6nTP+lhYWFr7wwgviNvbizJSoqCjx8dNPP+28u1Ii9x5zwH19e+iBl8Lc71Rnm0c0GAy1r79ueT81JcVRlyKYTKacnJzk5GRRtpjnjz/+KP51z549Q4YMERfffP/99w4ZsRPk7hnEXXlFzXPnzrVeivXAU53tsncvDx3KRBwczPv22fWt6uv/u2mT2BskosGDB2dkZPzxFnzl5eUzZsxw3qUIyN2T7N27V+zpBgcHb9y4ccWKFWJzSERqtXr9+vW3bt1y8JDl5fZeilBayhkZPHjwe48/Lk7JzszMvHP/Mz46XYrw22+/2TX/uyF3D2Pd/nn9fkOl6dOnZ2dnO/FWlW1trNNZzojo0aUIBQW8aJH1VIqap5/Oycnp5kXJBw8eFDc1ceylCMjd87S1tWk0Gh8fn6ioqGPHjrlo1EOHODyciXjwYN6zp6tnilOyp02z7Pr37cupqdzzeVZXVzv8UgTk7qlcf1NSrqvj1FQm4i1bmJm/+ornzuXx43nuXM7OZr77XGdxLkRGBttxj2yz2ZyVlSWOBMfGxtp/Khtyh54wm1kckT10iB96iMUb80VFHBXFhw7xv/7Vfq7z1q3cZO/xYMGBlyIgd7DJ/Pms17c//M9/eMECrq/nZ57hffvY0YeKOl6KsHDhQpsvRUDuYJOxY7njMa8TJzgmxtljdrwUwbbrSHE7A7CJnx+1tLQ/bG6m38+1dJ5FixadPHly6tSp5eXljz/+uA13pUTuYJP4eDp8uP3hDz846abynURFRR0+fFin05nN5rfffjs5OfnatWs9+HqH/8UBKVy4wKGhvHUrnzrF//43h4bavjSQTXJzc8WlCEFBQd2/FAt33gNbnTtH27dTaSmp1bR0KY0Z4+Lxq6qqNBpNXl6eSqVatWrVBx98YD30dj/IHTwYM3/88cdr1qx55plndu7c+cDnI3fweD/99FNMTExAQMADn4ncQSJ4ZwYkgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSTyf6nOauPa3bmyAAAAAElFTkSuQmCC)
Find more compounds similar to Acetic acid, 2-(dimethylamino)ethyl ester.
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