- InChI
- InChI=1S/C8H17NO/c1-4-8(5-2)6-9-7(3)10/h8H,4-6H2,1-3H3,(H,9,10)
- InChI Key
- IYFDOKKLCQKYLE-UHFFFAOYSA-N
- Formula
- C8H17NO
- SMILES
- CCC(CC)CNC(C)=O
- Molecular Weight1
- 143.23
- Other Names
-
- 1-Acetamino-2-ethylbutane
- 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).
- 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 | 0.5009 | Relay (1.0) Calculated Property | |
| ΔfG° | -25.49 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -385.41 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 19.65 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 60.61 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.98 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.32 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.559 | Crippen Calculated Property | |
| McVol | 135.130 | ml/mol | McGowan Calculated Property |
| Pc | 2764.26 | kPa | Joback Calculated Property |
| Inp | 1254.00 | NIST | |
| Tboil | 491.98 | K | Relay (1.0) Calculated Property |
| Tc | 667.41 | K | Relay (1.0) Calculated Property |
| Tfus | 258.10 | K | Relay (1.0) Calculated Property |
| Vc | 0.474 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [302.39; 373.63] | J/mol×K | [486.04; 668.51] | 
|
| Cp,gas | 302.39 | J/mol×K | 486.04 | Joback Calculated Property |
| Cp,gas | 315.67 | J/mol×K | 516.45 | Joback Calculated Property |
| Cp,gas | 328.36 | J/mol×K | 546.86 | Joback Calculated Property |
| Cp,gas | 340.49 | J/mol×K | 577.28 | Joback Calculated Property |
| Cp,gas | 352.07 | J/mol×K | 607.69 | Joback Calculated Property |
| Cp,gas | 363.11 | J/mol×K | 638.10 | Joback Calculated Property |
| Cp,gas | 373.63 | J/mol×K | 668.51 | Joback Calculated Property |
Similar Compounds
![3-Azabicyclo[3.2.2]nonane.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAfD0lEQVR4nO2deVwU9f/H33shyKGCF+CFmooViEeGWplgZpk3Hil5hlYIHt/ka6aUpl80fkCoGFYKeaOg8i3NNBVNUUPJEzEVUQ5RQeRmYffz+2P4Dhtx7O7M7mdn5/18+AdtO5957fBkdt4zn0NCCAEEEQdS2gEQxHig7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyJCTjuAYbl79252djbtFILB2dm5W7dutFMYEHPWffHixVlZWfv27aMdRDD4+Ph06NAhLCyMdhBDYba6h4WFhYeHW1tbDxo0SCaT0Y4jAFQq1eHDh0tLSzt06LB48WLacQwDMUd+++03uVwukUji4uJoZxESBw8elEgkMpnsl19+oZ3FIJih7pmZmW3atAGAzz//nHYW4bF8+XIAsLe3v3fvHu0s/GNuupeXl/fv3x8Ahg8fXl1dTTuO8FCpVO+++y4A9OnTp7S0lHYcnjE33WfNmgUALi4uT58+pZ1FqBQUFHTv3h0Apk2bRjsLz5iV7uHh4QBgY2Nz7do12lmETVpamp2dHQBERETQzsIn5qP777//bmFhIZFI9u7dSzuLOXDgwAGJRCKXy0+ePEk7C2+Yie4PHjxo27YtACxbtox2FvPh3//+NwA4ODiYTdlqDrqXl5cPGDAAALy9vbE85RGVSjVy5EgA8PDwKCsrox2HB8xB9zlz5gBAly5dnjx5QjuLuVFQUMB0K/D19aWdhQcEr3tkZCQAWFlZXbp0iXYW8+TKlSvW1tYAsGHDBtpZuCJs3c+ePcuUp3v27KGdxZyJj4+XSCQKheLUqVO0s3BCwLrn5OQ4OTkBwNKlS2lnMX8+/fRTAGjXrt3Dhw9pZ9EfoepeUVHxyiuvAICXl1dVVRXtOOaPSqV6++23AaBv377CLVuFqvvcuXMBoHPnzlieGo38/PyuXbsCwAcffEA7i54IUveoqCgAsLS0TElJoZ1FXPz555/NmzcHgM2bN9POog/C0/3cuXPNmjUDgG3bttHOIkZ27twJAAqFIikpiXYWnRGY7rm5uc7OzgCwePFi2lnEy6JFi5iyNSsri3YW3RCS7kql8rXXXgOAYcOGYXlKkerq6hEjRgDAq6++WlFRQTuODghJdz8/PwDo1KnT48ePaWcRO/n5+S4uLgAwb9482ll0QDC6x8TEMOXpH3/8QTsLQgghqampTNm6ZcsW2lm0RRi6JycnM+Xp1q1baWdBatmxYwdTtp45c4Z2Fq0QgO6PHj3q0KEDAAQGBtLOgtQlICAAANq3by+IstXUdVcqla+//joADB48uLKyknYcpC5VVVVDhw4FAE9PT9P/BZm67h999BEAdOzYMS8vj3YWpH6ePn3KlK0ff/wx7SxNYNK6//jjj0x5evHiRdpZkMa4fPmylZUVAHz33Xe0szSG6erOHsHvv/+edhakaZhzU7NmzS5cuEA7S4OYqO5seerv7087C6Itn3zyCQA4OjpmZ2fTzlI/pqh7VVXVG2+8AQCDBg0y/eoHYVEqlSb+izNF3f39/U38JIE0BPu1vGDBAtpZ6sHkdN++fbuwnlwgdTh//jzzTPCHH36gnaUupqU7+1zaxAt8pHFiY2NN85aaCenO3r796KOPaGdBuDJ//nwTfGBiKrpXVVW9+eabzMM5YfUpReqF7a09ZMgQpVJJO04NpqL7woULBdT1AtEGdizOokWLaGepwSR0ZzvWnT59mnYWhE9MrSsrfd3Z0b7ffvst7SwI/2zevNl0BipQ1p2dy2HGjBl0kyCG48MPPzSRYWg0dRfukEdEJ5RK5ZAhQ0xhkDFN3ZcsWWIG87Ah2pCbm8vMcPivf/2LYgxquu/atUu405UgenDu3DkLCwsAiImJoZWBju7sHMqbNm2iEgChwsaNG+nOTk5B9/z8fHOaIR/RCWbtCVqTexpbd/Nb/wTRifLycnbqZuOvLGRs3ZcuXYrlqcjJyclxdHQEgKCgICPv2qi6JyQkMGsXCn0RCIQjtJZdMZ7uN2/eZFamjYyMNNpOEZPlm2++AQBra+urV68abadG0p1dd3z69OnG2SNi+syePZtZMvHp06fG2aMxdFepVO+88w4A9OnTp7S01Ah7RAQBuyDu8OHDjVO2GkP3ZcuWmdniywhfZGZmtmnTBgA+++wzI+zO4LofOHCAKU9PnDhh6H0hQuTMmTMKhUIikezdu9fQ+zKs7mlpaUx5Gh4ebtAdIYImLCwMAGxsbK5du2bQHRlQ96KiIldXVwB4//33DbcXxDyYOXMmALzwwgvPnj0z3F4MpbtKpRo1ahQAuLu7Y3mKNEl5eXm/fv0A4K233jJc2Woo3VesWAEA9vb2d+/eNdAuEDPj/v37TNm6cuVKA+3CILofPHhQKpXKZLIjR44Yon3EXDl+/LhcLpdIJPv27TNE+/zrfuvWrRYtWgBAaGgo740jZs/XX3/NlK3Xr1/nvXGedS8qKurduzcAjB8/Xq1W89s4IhKmTJkCAD169CgsLOS3ZT51V6vVEyZMAAA3N7eSkhIeW0ZERVlZWd++fQHgvffeU6lUPLbMp+7BwcEA0KpVqzt37vDYLCJC7t+/37p1awD44osveGyWN90TExOlUqlUKj18+DBfbSJi5tixYzKZTCKRxMfH89UmP7qnp6e3bNkSAEJCQnhpEEEIIf/5z38AwNbW9saNG7w0yIPuxcXFL774IgCMGzcOy1OER9Rq9aRJkwCgZ8+evJStXHVXq9UTJ04EAFdX1+fPn3MPhCCaFBcXv/zyywAwZswY7idTrrqvWrWKKU//+usvjk0hSL1kZGQ4ODgAwOrVqzk2xUn3o0ePymQyqVT6888/c8yBII3w66+/Mqb99NNPXNrRX/fbt28z5emaNWu4JEAQbfjqq68AwM7O7ubNm3o3oqfuxcXFL730El9XVAjSJGq12sfHBwB69eqld5Woj+6a9TKWp4jRYO8Bjh07Vr+TrD66r1mzhrkbyuVrBUH0gL2EXrt2rR6b66w7WzT897//1WN/CMIRLjdIdNM9IyOD6cmwatUqXfeEIHzx5Zdf6nf7Wwfd2X5qo0eP5refGoLoBPtw8+WXX9ap7622uqvV6smTJ/P4OBdBuKDfyAptdV+3bh2/nXUQhCPp6enMuLn169druYlWurMjCPfv388hHoLwzKFDh3Tqdt607mxH++DgYK7pEIRvVq5cycx5oc2goiZ0N9wwKgThBbVaPX78eC3LVik0SnZ29u3btxUKhZeXV2VlZeNvRhDjU1VVNXr0aAsLi4yMjNzc3Mbf3ITuZWVlpaWlVVVVCxcu7NKly7JlyzIzM/mLiiD6k5mZuWzZso4dO86cOVOpVJaUlJSVlTWxTZNfFn5+fgDQrFkz5v1SqdTb2zsuLs7460ghCCFEpVIdO3bMx8dHLpczTjLLtX744YdNbtu07kql8vXXXwcAd3f3uXPnNm/enNlHt27dQkJCqCwXiIiTwsLC6Oho5nY7cwqeOHGiu7s7AHh6elZWVjbZglY3Ih89euTs7AwAgYGBz549i4iI6Nq1K7tLHx+fY8eOcf4sCNIgKSkpfn5+7KnW2dk5ODj48ePHAQEBANC+ffusrCxt2tH2MVNycjJzPbN161ai8YUik8mYBP369YuOjsbJfhEeqaioiIuLGzx4cJ0L6aqqKkLIjh07AEChUJw+fVrLBnXoMxMTEwMAlpaWf/zxB/tiVlZWcHAwM3ErALRo0cLPzw+fvCIcuXPnTlBQEPPABwBatmwZEBCgOZt0amoqc7LfsmWL9s3q1iOSKVs7der0+PFjzdeZv0Jvb+96/woRREu0vGrIz893cXEBgHnz5unUvm66K5XK1157DQCGDRtWr8qXLl3y8/OztrZmsjo5OQUHB+fl5em0F10pLS3NzMy8f/8+rjpvUAoLC+/evZudna1UKnlvnKkJGYnZmvDs2bP/fGd1dfWIESMA4NVXX62oqNBpLzoP78jNzWXK1iVLljT0HqaCZsZZMfeJeC9nU1NTv/zyyyFDhlhZWWneV23RosWoUaO2bt1q0DVPRIJKpTp8+HBAQEDv3r3Zu37siWz27Nk//fQT9y9wpgxlf4/du3cPCQlpZKXVxYsXA0C7du20LE810Wfw3rlz55g7ndu2bWvkbWq1us79UVdX14iIiOLiYj12ynLt2rUxY8ZIJJKGniSwV3uRkZE4bFxvEhMT3dzcGj/IANCzZ0/91lQsLy+PjY318PCocwHc+POcnTt3AoBCoUhKStJjp3rORLBp0yYAsLS0TElJafLN2dnZISEhHTp0YD6YnZ2dn5+ffmus7d69m33gpQ0TJ07U9fsOUalU/v7+2h9kqVSqU714+/btoKAge3t7ZvO2bdsGBQVlZGQ0ueGff/7JlKdRUVH6fTT955mZO3cuAHTu3FnLJ02VlZVMOcuemAcPHhwXF6f9heDmzZvrnNQHDhwYEhJy8uTJGzdupKWlnTp1KiQkpE+fPprvmTx5Mp7jtYedZoJFLpePGTPmhx9++P3339PT069evXr48OFFixY5OTlpGr99+/bGW2bK0FGjRrG/RKYM1bLiys/PZ572fPDBB3p/Ov11r6ioeOWVVwDAy8tLpwu4tLS0gIAAGxsb5jM7OjoGBQU9ePCg8a0uXbrEXEExODs7Hzx4sN53qtXqrVu3Mh3/FQrFt99+q8OnEj3h4eGarg8aNKihRWNKS0sXL17MuOvo6JicnNxQm48ePQoJCencuTPTpqWlpa+vb2pqqvapVCrV22+/DQB9+/blckOC06R5OTk5zJ/40qVLdd22qKgoOjqame0SAGQy2ahRo44dO1bvmbiqqop9dAwAHTt2bLJzc3JysouLi35XeKIlPT3d0tKSPc7Dhw9v0q3w8PABAwY0VDWmpKT4+voqFAqmwR49eoSEhOTn5+sa7NNPPwWAdu3aPXz4UNdtNeE6JerZs2ctLCwkEsmePXv0a6HOEenZs2dISEhBQYHmexISEjS/N8+dO6dNy9iJTVc+/vhj9jg7OTlpOWfWP48zcy5jK12pVNrIuaxJ4uPjJRKJQqE4deqUHptrwsP87pGRkQBgZWV16dIlvRvJzs4ODg5mLwdtbW3DwsLY/8s+wAKA2bNnc8+M/JOioiJbW1v2OO/cuVO/dsLCwth2mAcv2dnZeqe6evUq8xhnw4YNejfCws/qHbNnzwaALl26cOwgWV1dnZiYyJSzMTExzIsFBQWaFerFixf5iIzUZf/+/exBbt26tTYdDOtl27ZtTBkaGxvL8YFUQUFB9+7dAWD69Olc2mHhR/fy8vIBAwYAgLe3Ny+XEDdu3GCvGo8ePcr+Grp168a9caRemOtjBj8/P73bKSsr46XTlEqlGjlyJAD06dOHr66HTYxm0hJLS8v4+Pi2bdseP36cWR6eI71792Yfs128eJF9nfmjQgyB5nFm7rnph5WVleZ9Bb1Zvnz5kSNHHBwcEhIS2K6/HOFHdwDo2LFjQkKChYVFSEhIXFwcX80CwL1799ifmb78iCHIyMhgf6Z+nA8ePLhu3Tq5XL5//362Iw13eNMdAAYPHrxu3TpCyJw5c65fv85Xs4WFhezPbdu25atZpA7Pnj1jf6Z7nG/dujVjxgxCSGho6NChQ3lsmU/dAWDhwoWzZs0qKSkZPXp0fn4+L21q6m5nZ8dLm0gdVCpVSUkJ+58Uj3NhYeF7771XVFQ0bdq0wMBAfhvnWXcAiIqK6t+/f0ZGxvvvv69Sqbg3qFQq2Z/Z2/MIvzDPxdn/pHWc1Wr19OnT79y54+7uvmXLFt7b5193pmxt06bNr7/++sUXX3BvUPNMo3kGQnjE0tJSs+8dreO8cuXKn3/+2d7ensfyVBP+dQeATp067dmzRy6Xr1mzZt++fRxbY1ZrYCgqKuLYGtIQmqcVKsf50KFDa9eulclku3btYsf+84tBdAeAYcOGMQvGz549+8aNG1yaYtbUZLh79y7naEj90D3O6enpTHm6fv16ZrCSITCU7gCwZMmSGTNmlJSUjB8/XrPc1BXNm2Kpqak8JEPqQ7PjtJGPc3Fx8fjx458/fz516lRmsJKh4OVhVUOUlZX169cPuM2oeuXKFTatra2t3g/Yqqurp06dmpCQgF3HCCHV1dUJCQlTp05lj0ZYWBh7nEeMGGG0JOycpm5ubjotxaEHhtWd8DFfdnV1NTvyBQB27NihXztst0qm31IjoyHNm+fPn0dERHTp0oU5GgcOHGBe13yqKpPJuPTr0ong4GDQesZqjhhcd0LI8ePHZTIZl9UQNL/gPDw89BsOzPRKZZ9vM4MMrl69ql8kIZKenh4QEMDOE8FMe6jZ11pzcOqiRYuMECkxMVGn9Qg4YgzdCSEhISHAYa2b9PR0zU6RTBGsH8yAcc0hZMwYQjO+wvnnqLmGPnJUVJTmCf7ChQsGDcauNsM8jDcCRtKd+0pm8+fPZ38TUqk0Ojq6yU2qq6sbmX7jr7/+CgoKYu9ydu3aVb+BNqYM84XWq1cv5jPa2Nj4+fk1NBiPEFJRUfHSSy+xx9nBwUGbofeFhYV6dPQtKipipmYZN26c0QYTG0l3wnmdypKSEqbrM4NEIpk0aVJDV3u5ubnh4eEuLi4LFixovFldhRAKev8xX758WXNMsJWV1fLlyxsa1nT16tUlS5bY2dkdOnRIp3h6rxTJEePpTjivQnzr1i22wGKl9/DwWLhwYWhoaHR0dHh4eEBAwMCBA9kp17QcpqD9172WpKeTlJSaf1pevqnVtZukp+u3W34u1fbv3685YhUAmjVrNnz48OXLl3/zzTfR0dHr1q2bOXNmjx492DeMHz9ep5x6rwPMEaPqTjivMZ+TkzNw4EDQhZMnT2rf/vXr1+fNm8cWcxMmxEZGkqIinXN6eRGAmn9SKTl/vulNlMraTby8dN5jURGJjCQTJlxmkltbW8+bN0/vr6mkpKT27dtrf5BtbW21nyCAyyrvHDG27oSQNWvWMAfo5s2bemyuVqt3796teWqpFysrq3Hjxmk5iLsOBQUF69evd3PzsLYuASC2tsTPT9uTNIOm7gCkXz/S5OlVb93v3CFBQaRVKwJAmjcnbm5D169fX2dsux6UlJSsXr26VatWjR/nNm3a+Pv7NzlvCsvt27eZS6y1a9dyTKgHEqLRD844EEKmTJkSFxfXq1evCxcu6N3XNC0t7ejRo6mpqU+fPmVmJLazs3NwcHBzc+vTp8+bb77JTmWjH2o1nDgB33wDP/8MhIBUCsOGQUAAjBoFTc3YB97e8Ntvf3slMhIWLGhsk6oqYK+Zvbzg+PGmE/7+O0RGQkICMB1PBw+GwEAYNw7+Pp0jJ6qrq8+fP3/s2LE7d+7k5eU9e/ZMJpO1aNGiQ4cObm5uAwYM8PT0ZC8dm6SkpMTT0/P69etjx45NSEhocuZD/jH+XxghpLi4mLkDMHbsWNOf4uvWLRIQQJo3rzn1vvACiYggjU90WefsDkDs7EjjM3hqf3YvLyexseSll2re3KwZ8fUlV67o89GMCTs/Wa9evbSc0oN36OhOaH+p6UFhIYmIIJ071+rr50fS0up/M6u7XE5kspqffXwaa18b3e/dI0FBxN6+5m2OjiQ4mAhldSyOF7G8QE13QrVk0RuViiQmEm/v2jLU25skJpI6X1Gs7i1akFmzaj3+6acGW25c9zNniI8Pkctri4HYWGKAadYNBcdbFHxBU3dCyKpVq4DGDSnupKYSP7/aK5wePUhEBGHvIGvqnpVV+7bOnUlDd5nr1b2igsTGkpdfrnndwoL4+JCGJ2M0UTIyMpjexatXr6abhLLu7OMGV1dXWtdzXHj8mHz1FXFyqtFxypSa1zV1J4QEBdWq/Nln9TdVr+5TptS84uREvvqK/H2JIGFQUlLCzAQ6ZswY6nUaZd0JIcXFxcZ/mMwvSiXZvZt4ehJ2gZI6uhcVEUfH2jN0vfc069X92DHi6Ul27xbSdYsm3DuP8At93QmNrkKGpo7uhJBt22ptfu21utf6hPNjJtOEY9dA3jEJ3YnRO4Iamn/qrlaTgQNrhf7nMj/mpzv3jt+8Yyq6E+N28zc0/9SdEJKcTKTSmtdbtyZ1hpeYme7ch/UYAhPSXa1WT5gwAYwyiMvQ1Ks7IWTOnFqn58z52/8yJ93Z3q9cBm0aAhPSnRBSVFTEjDaaOnUq7SycaEj3/HzSunXN/5JIiOaSdeak+4wZMwCgR48eplCeamJauhNCbt26xZStoaGhtLPoT0O6E0K2bKnV+sUXa2+5mI3uX3/9NQDY2NiY4LABk9OdEHLw4EGJRCKTyX755RfaWfSkEd1VKuLpWWs2u0aJeej+22+/yeVyiUSyb98+2lnqwRR1J4R8/vnnTNl69+5d2ln0oRHdCSFXrtR2B7CzI7m5hJiF7pmZmW3atAGAFStW0M5SPyaqu0qlevfddwHA3d2dr5UbjEnjuhNCFiyolXvePEKEr3t5eXn//v0B4K233jLZce4mqjsh5Pnz566urgAwbdo02ll0pkndCwtJ+/Y175HJyJ9/Cl73WbNmAcALL7zQyHB46piu7oSQtLQ0ZvBHeHg47Sy60aTuhJDt22v9HjpU2LozM5DZ2Nhcu3aNdpbGMGndCSEHDhyQSCRyufyE5k07k0cb3Qkhw4bVKp6YKFTdz5w5o1AoJBLJ3r17aWdpAlPXnRCybNkyAHBwcLh37x7tLNqipe43bhCFouadrq6C1P3BgwfMyjafNdTV05QQgO4qleqdd94BXhccNDRa6k4IWbq01nLB6c4uMDp8+HCTLU81EYDuxADLyRoa7XUvLSVdughVd76WjzYaBpzfnUdatWqVkJBgbW29Y8eOjRs30o7DJ82bw//9H+0QerFhw4atW7daWVnFx8czvcEEAO2/Nx2Ij4+XSCQKheLUqVO0szSB9md3hnffFdjZ/ezZsxYWFhKJZM+ePbSz6ICQdCf/W8i8Xbt2Dx8+pJ2lMXTV/c4dYmkpGN1zcnIcHR0BYOnSpbSz6IbAdFepVCNHjgQADw8P7WdpMz666k4ICQ4Whu4VFRXMEvJeXl6CKE81EZjuhJD8/Pxu3boBgK+vL+0sDVJURAoKSEEB0f4JY3V1zSYFBfrMSmk05s6dCwCdO3cWSnmqifB0J4RcuXKFmbU0KiqKdhZxsWnTJgCwsrLSZt53E0SQuhNCdu3aBQAKhSIpKYl2lrqo1eTJk5p/Og1vKCys3dAE52Q4d+4cM/V7TEwM7Sx6IlTdyf8WbGrXrl1W45MvGp0nT2qvwocM0WHDIUNqNzS1K4Xc3FxnZ2cAWLJkCe0s+iOM++71wqw3m5eXN3HixMrKStpxzJmqqqpJkyZlZ2czq0PTjqM/AtadXU38/Pnz8+bNox3HnPnkk0/OnDnTqVOnPXv2yHmcTtvoCFh3ALC3t09ISGjevHlsbOyWLVtoxzFPoqOjv/vuO0tLy/j4eGawknARtu4A4O7uzoju7+9/5swZ2nHMjfPnzwcGBgJAVFQUM1hJ0AhedwCYNm1aYGAge31JO475wNZFCxcuZAYrCR1z0B0AQkNDhw4d+ujRIx8fH6VSSTuOOcCePgYPHrxu3TracfjBTHSXy+X79+93cXFJTk5etGgR7TjmQGBg4OnTpzt27JiQkKC50qqgMRPdAcDBwSE+Pt7KyioqKur777+nHUfY/Pjjj5s3b2bKU2awknlgProDgIeHR3R0NAD4+/tfvHiRdhyhcvny5fnz5wPAxo0bmcFKZoNZ6Q4Avr6+/v7+lZWVY8eOzcnJoR1HeOTl5Y0ZM6a8vHzBggVz5syhHYdnBPzIoCHCwsKuXbuWlJTk4+Nz8uRJutedajWUlenwZrpUVVVNnjw5Kytr0KBBoaGhlNMYAArLCBuBvLy8/v37Z2VlzZ8/n1ntzJgUFEh79XLg2MitW/n29sbWf8WKFdHR0Y6OjikpKU5OTkbeuxEwT90B4MKFC2+88Yatre3Tp0+NvvPWAE84N9IGwNjJW7duXVxcnJSUNHDgQCPv2jiYre4AcOLEiSNHjsTExBh5v2q1fUFBOsdG7O17SqUFvOTRnpkzZ44cOXLYsGFG3q/RMGfdafH0KbBdS/r1g+3btd3Q1xcuXar5+ckTEMrofgFhhqWqSWFlBa6uOrwZMSjmdiMSQRoBdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjsM8M/LVtCUlLNzy1a6LDhxo3w/HltIwjvYI9IRETgxQwiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyICdUdEBOqOiAjUHRERqDsiIlB3RESg7oiIQN0REYG6IyLi/wHr5N9G4r2uywAAAABJRU5ErkJggg==)
Find more compounds similar to N-Acetyl-2-ethylbutan-1-amine.
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