- InChI
- InChI=1S/C7H8N2/c1-8-6-7-2-4-9-5-3-7/h2-6H,1H3/b8-6-
- InChI Key
- GHJXYELCGKCLEJ-VURMDHGXSA-N
- Formula
- C7H8N2
- SMILES
- CN=Cc1ccncc1
- Molecular Weight1
- 120.15
- CAS
- 16273-55-5
- 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).
- 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 | 0.4096 | Relay (1.0) Calculated Property | |
| ΔfG° | 264.59 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 200.74 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 57.70 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.26 | eV | Relay (1.0) Calculated Property |
| log10WS | 0.44 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.130 | Crippen Calculated Property | |
| McVol | 101.390 | ml/mol | McGowan Calculated Property |
| Pc | 4852.38 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 492.29 | K | Relay (1.0) Calculated Property |
| Tc | 713.02 | K | Relay (1.0) Calculated Property |
| Tfus | 345.29 | K | Relay (1.0) Calculated Property |
| Vc | 0.360 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Ethylamine], 2,2'-dithiobis[n-3-picolinylidine-.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAViklEQVR4nO3deVBUZ7rH8aehWwFZIi4RUKOOyqC4G40hGmJQA2XFGRdcSKembo1aUQeylNFYudNTuS7ETMbGXMpgZu5UG5XFVHQ01z3jTAwqAuOKLWIUEAVRkEWatpfz3D9e7Msg0k13m+39ff5TT7990O/ps/R7jipmJgA5+PzQKwDw/UHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOEkHuIBHkDhJB7iAR5A4SQe4gEeQOP1JNTbRxIxGRzUZffOGdMZE7/EiZTLR1K2Vlkd1O+/d7Z0zkDj9er75Ku3dTfb3XBkTu8OOiKLRvH02bRkYjqVT0/vu0bh0RkdXqhcHVXhgDwBtqa2nrVkpPp4oKIqKBAykoiEaMIH9/amyk+fMpMJC2bKFu3Tx4D34CFEV5EsPCz1VRkbJ0KQcEMBETcVQUf/op19by2bPMzI2NnJXF/v5MxMOH88WL7r+Rl3O/deuWTqeLiopavHhxdna2dweHnxlFUY4cOTJz5szY2N8TsUrFcXG8dy+3+2l56RKPGMFE7OfHer2b7+i13HNzcxMTE9Xqfzs6Wrp0qclk8tZbwM/G/fv309PTIyMjRSf9+w9cvly5fJmZubiYly3j9evbeZXJxMnJLXuA2bP53r1Ov6+nuVsslpycnOeff16st0ajmTdvXm5ursFgCAgIIKKoqKjz5897+C7ws1FZWbly5cqnnnrqYej9N27cWFtbqyh8+DAnJLCPDxNx795ssbQ/wvbtHBTEGg3PmPH7/Pz8Tr27+7nX1dXp9fp+/fqJ9Q4JCUlOTi4vL3csUFRUFB0dTUT+/v56t3c/D1kslszMzOzs7G3bttntdg9Hgx+EzWb7y1/+4uPjQ0Tjxo0zGAxWq9VkMmVkZMyYkSg+tv39efFiJwfoV65wUtJBIurSpcumTZtcP1d0J/fi4uLk5GTx4U1EQ4cO1ev1TU1NrZfZt29faWmpyWRKTk4Wi82ZM+eeG7ufh9tV//79iah79+5E9NJLL928edONoeCHVV5eTkTBwcHiU/nGjRvvvfdejx49RCFxcf9Yv57v3nVpKIvFsmrVKpVKRUTTpk2rqqpy5VWdyN1ut4sTC/EePj4+cXFxe/fufXTbKi4uDgoKCgkJycrKYuZdu3aFhIQQ0YABA06ePOn6OxYVFS1ZssSxXQ0bNuytt94KCwsjol69eu3fv9/1oeDHIDc3l4gmTpzIzIqiDBkyRPzLTpw4MTMz0/K4w5fH+9vf/ia2lr59+/7zn/90urxLuVut1k8++cSxcoGBgStWrLhy5crjlq+rq5s3b55YWKvVNjU1FRcXjxkzRhzcp6amdrz3cZywi+1KpVK13q6qq6tfeeUV8fvJyclu/B09ymg01tXVNTY2ej4UdCA7O5uI5s6dK36ZlpY2f/78Tn0CPqqsrCwmJkbs+evr6zte2KXcc3NzBw8eTETh4eE6na6mpsaVV2VkZHTt2pWIhg8ffvHiRbPZnJycLAp+9dVX77a302pubjYYDMOHDxebip+fn1arvdjqOO7GjRunTp2y2+1r164VV4FiY18pK3P/Mv/x48fFdhUXFzd06NAzZ864PRQ49cc//pGI3nrrLe8Oa7Va4+Pju3fvvr7dCzqtuJT7uHHjiOjDDz+02WydWo/CwkKxTwgMDPz888+Zec+ePaGhoWLv88033ziWFBfsxR8RUVhYmE6na7NJ2O32qVOnqtVqnU5nt9vz8vIGDhw4ZcqFkBDOyurUevH9+/e3bNkSFRUl3i4gIEAcI/n5+aWnp3durI7Y79z57Nat/zKbH7snlEpKSgoRffzxx14fefXq1US0du3ajhdzKffevXsT0a1bt9xYj4aGhqSkJMeBTWNjY3l5+QsvvEBEvr6+Op3u9OnTWq3WccHeccL+6FAWi+Wdd94R+4f4+Pjq6uqamvpZs1ouxK5YwWaz8/UpL+cNG7Y5tqt+/fqlpqbW1NQ0Nzc7zqpnzZrl4h6sY/fu7a6s3GC13rFa73g+2s/A7NmziSgnJ8cro1VWVsbGxqakpDDza6+9RkQGg6HjlzjP3Ww2q1QqjUZjt9tPnjx54MCB6urqzq6ZwWDo1q0bEUVGRp45c8Zqta5evVpckBK6dOmSlJTkymXUr776qmfPnkQ0duzsv/+dmTkjg7t2df4Nc0EBa7Ws0fCYMUcd21WbQ/8vv/xSXPzp37//t99+29kfszVFsZlMF4uLp967t5sZV06ZmZ999lki8vBg3eHkyZNENGHCBGZ+8cUXiejvIojHc5771atXxUUVZp47dy4RuTc7wHEZ3s/P79y5c8ycmZmp0WiCg4Pff//9Tu06KioqXn55xogRDSoVJyezxcKFhTxkCBNxYCC3WTuLhXfu5AkTWnYCGg0vWqScPv2vxw1eVlYmvjVzHDV19idtaiq4fl1rNE5kZputoapqY1XVRxbLTUVxYe/zsyaOGCsqKrwyWk5OjrjAzcyDBg0iopKSko5f4jz3Y8eOEdHkyZOZeeLEiUR04sQJ99ZPHDAkJCSIayx5eXlENH78eDeGsts5NZV9fZmIJ07ka9e4oYGTklil4nXreORItlj47Fl++22OiGgJvWdPXrOGXfmrtlqtOp1O7HxefvllFzdFRbHW1mYZjZMKCqiggAoL1XV1h0ymczU1O27eXHPp0thLl8bKfBBvsVh8fHzUanVnzwAf5+OPPyailJQURVG6du2qUqmczlhxPt+9oqJCHOMS0Y0bN8RZptNXtcvPzy8tLW3Pnj3i+FuM5vhetlN8fGjVKjp6lCIiKC+PFi6koCDavp1OnKDJk2nUKNq0iYioRw9SqWjoUNLrqayM1q2jiAjng6vV6j/84Q+HDh3q06fP119/PXr06EOHDnWwvNlcW1WVevHioGvXFjQ1nVSrQ/v0WRUdfS0gYGRTUwERhYZq7fY6k+lfRuP42tpMN37e1mw2265du/bs2SN2sx6O9r25efOmoijh4eG+vr5eGdBRZnV19YMHD3r06OHv79/xS5zn7ojSarXevn3b19dX7JLcptFoWo/s9sZDRLGxdOYM/epXlJ7e8jvPPUdENHkylZRQeTn5+lJuLl2+TCkp9PDbKlfFxcWdO3du+vTp1dXV8fHxKSkp1kduMSgpKUlJSRk9Orqycq3FcqNr1yH9+ulHjCiPiEjt0qWfRtOnZ8//CA1d5Of3y6ios6Ghi+z2huvXF5WWvq4oTW78vA0NDWlpaYMHD05MTFy8ePGCBQumT59eVVXlxlDfP08+3Toe0PWRXc29b9++t27dstvtYWFhbaY9us0rP3+vXrR7N40b1/b3P/iAUlOJiPr3J5XKzcF79+598OBBvV6vVqs3b948efLk69evExEzHzhwYMaMGZGRkZs3b75yperePe2QIQejo4t7907x8WnnBgRf36CBA3cMGGDw8elWU/O50Ti+ufm862ty+fLlZcuWhYeHv/nmm2VlZZGRkQsXLnz66aePHj06evTow4cPu/kT/ruMDNLpiIh27KD8fK8M+f88/3Rrd8Anknu/fv1aH9V4hdc3d8HPj4KDKSyMXnuNHk68c59KpUpJSTly5EhEREReXt6YMWOWLFkSFRWVkJBw+PDhgICAN95449KlS1OnbgkOnkHkZMPq0eP1qKh8f/+RZvPly5cnVlenOXt/bmg4tH37G8OGDduyZYvJZJo+ffr+/fuNRuPmzZsLCgqmTJly+/bt+Pj41atX2+12D3/Yujo6d44uXKCGBjKbPRysrSf06d63b99OjOz0hGDUqFFEVFhYmJmZSUSJiYleOc9g5kmTJhGRh9f7vjd37tyZOXMmEYlvIdr9IsxFdntzeXmyOKO9enW2zVb76DKKYr5711BUFF1QQCdOBISH99FqtRcuXGizmM1m0+l04mj4xRdfdPuih6JwWRmnpvKJEzx3Lqenc6vvAL1j+fLlRJSWluaV0SwWi6+vr6+vr9VqXblyJRGlpqY6fZXz3MU3MtXV1Rs3biSid955xxtry8ws9mtlZWXeGvBJUxQlKytr9+7dOTk57X4R1ik1NTvPnAkuKKALFwaZzd81NRU2Nh5XFPODB+UVFavOng0V28P58/0qKzc0N3f0tdexY8fCw8OJqGfPnl999VWnVsNsZoOBR4zg8HBet44vXODMTI6J4W++YS9dH28xa9YsIvryyy/FLz2c7FRaWio+2pl5wYIFRLRjxw6nr3KSe1NTExH5+fkpivK73/2OiDZt2uTJWjrYbDa1Wu3r6+uVOV4/UQ8elBqNzxUVjbx7938qKlbX1u5qaDhWWKgWoRuNk2prsxTFpe2quro6ISGBHs6ce/DggdOXVFTwmjXcs2fLhdqICH77bRb7j1de4Q8/ZJWK58xx56ahdo0dO5aIxDeJiqLMmjVLq9Xev3/fvdG+/fZbIpo0aRIziyliXpgRWVxcTESDBw9m5l//+tdE9MUXX7i3fm2Iqc8RERFeGe2nS1HMFsvNO3f+XFHxrjiqMRqfKymZ2djY6WM8RVH0en2XLl2IaPz48VevXn3ckqdPn1m0iDWaltAnTOCdO9vePZSdzYGBTMRDhnBhYed/sFaqqqp0Ol1QUJBGo8nMzGTmc+fO+fn5EVF0dHRRUZEbY7Y+tBb3Qly7ds3pq5zkfvToUSJ66aWXmHn8+PFElJeX58bKPar11GdgVurq/rekZOb9+6cUxaNvYU6fPv2LX/yCiIKDg3fu3Nn6j+x2+969e+Pi4ohozJgaHx+eOZOPHHnsUMXFPGZMy1fRqant3zHdsfz8/KSkJLEFCj4+PqtXr7ZarUVFRSNGjBDHDm7c7FZdXX3gwIGTJ0/abDaNRqNSqcwuTJlykvtf//pXInr99deZOSUlJTY2trKysrNr1q6srCxqNfVZcjbbPWauq9t3+7YXzuTq6+vnz58v8hL3G9TU1KSmpjquXYSGhm7YsLfVjZbtaGrikhI2m3nFipadwKxZXFPjZEK50Hq7EonPnDnz8OHDer1efOvy7LPPfvfdd1652U1cMOzTp48rCzvJ/YMPPiCiNWvWuLEeHfvoo4/oCUx9/olqaDhaXv5mRcW7NptLPbkiPT1dHDCEhYU57giLiorasmWLK0fMv/0tBwby558zM+/Zw6GhPGXKf7eZtv2o+vp6vV7/zDPPiLcLDg5OTk4uLS11LCCmbYs/8vBmN2a22Wypqali+3FleSe5r1+/vnv37vHx8Z5fiGhDTH3+05/+5N1hoTUxLW/atGlEFBMT0+6dlu2yWnnhwpYP9d/8hu/f57IyJTZ2KhGp1eq1a9c+OnOupKQkOTm528NnfA0ePFiv17e7XXl4s5sgtqsBAwYQ0aBBg1y8nO0k9/r6ejEhNiYmxsMrhgUFBVqt1nHZVUx93rVrlydjglONjY11dXVGo9GN1/75zy1P9ho7tvHs2fOtZ861vjv++PHj8+bNc8yEiYmJycnJcToPzGAwiCkurt/sJly5cmXFihWBgYHi7YYMGfLJJ5+4+HHs/Lr7qVOnxN4nJCTEjam/4oEZYiqlWDmx7Xp36jM8IUYjjxrFMTGvO04ov/76a8fd8StWrBg2bJj4lw0ICFiyZEmnLrM4bnbz9/ffunUrP7zZrVu3bu2O49521ZpLdzPV1dWJme5i7+Pig8Hu3uX16zku7h/ihT169Hjvvfdu3LjBzPn5+UFBQeS9qc/w5JhMtqVLl7Y+obx9+7a4O148BaBPnz46ne7OHXfu2GpoaBA3ItHDm91KS0v37dvXehmz2WwwGMRlHCLq2rWrVqt171ldrj54Q1GUTZs2iStKSUkHH/8UAmbmixd58eKWZ1gS8YwZiRkZGSaTqfUJu0ql+uyzz7w19RmetOzsbHFCOXLkSLvdbrfbt23blp2d7d4DM9poc7Ob4/crKyt1Op24ec3D7Uro3GOV8vPzZ8z4vUbDQUG8fXv7y1gs3Ls3E7GPDyck8OHDrChcW1u7ceNG8XUAET311FMrV6701jVN+H6UlpY+//zz2x/3D+8Zo9EoZmeJo6bCwkKtVuuYKz527NiMjIzm5mYP36XTTxETNw2Jj22tltu9orV+PS9bxsXFzMyXL/Py5Ur//gPFekdGRqanp7v91TH8sJ7o3thkMjmOmgS1Wp2YmJibm+utt3DzGZEGA3frxkT8y1+2PIT7UceP87x5LffXxcb+pxsnFiCh7OxsMcW6zQV7r3D/kagXL/Lw4S3PsMzKYvF0gjNnuLaWP/2Uo6Ja9gABAbx0KRcV4T84gE54Qv8jhoo9uNnRbKZVq+jaNerVi9Rq2rqV3nyTTCb67DMior59aflyWrKEHj7TBeAH5lHugtVKS5dSdDQNG0YHD9LcufTuu5SSQnPmkJfu8gPwDi/0KM6ely+nhQvp6acpMpJOnPB8VADv89p/NKlW09tvU1aWt8YD8D7v5J6QQCoVvfACbdjQ6edbAHxvvHDsDvBTgf81GySC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSLIHSSC3EEiyB0kgtxBIsgdJILcQSL/BxTI/QWYlofxAAAAAElFTkSuQmCC)
Find more compounds similar to N-methyl-gamma-picolinylidinimine.
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
- McGowan Method
- NIST Webbook
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