Using the Internet for Chemical Structures
10-10:50 Tues 30th May in KK216 Cyber Comms
Introduction
In chemistry we use multiple types of on-line resources, for example searching for journal articles, searching for information based on chemical structures and looking up crystal structures. In this second workshop we will be looking at chemical-structure based information searching.
We will open with a short introduction from each academic on their research area. Following this you have a small number of tasks to do
The workshop mark is for a pair and is out of 5
Student Groups and Search terms
Prof. P. Hunt
1. Alexa Lee and Ethan Hester CCDC: LEYMIP solvent: dichloromethane
2. Zoe Atsalis and Arden Turner CCDC: QEHNID solvent: diethyl ether
3. Pakorn Putthapipat and Ashely O'Connor CCDC: FAGQOW solvent: acetonitrile
4. Brennan Luquin and Brianna McKenzie CCDC: COMVIL
solvent: 1-Ethyl-3-methylimidazolium tetrafluoroborate
Prof. M Coles
1. Jared Feenstra and Moab Heynekamp CCDC: ICIROC solvent: tetrahydrofuran
2. Jack Telle and Jade Walsh CCDC: IXITUE solvent: chlorobenzene
3. Anis Bakri and Scarlett Brown CCDC: OVUCIS solvent: 2-propanol
4. Kathleen Rose and Hunter Murray CCDC: QIKZIF
solvent: 1-Butyl-3-methylimidazolium hexafluorophosphate
5. Yavuz Rao and Ava Richarson-Lane CCDC: GEQTAA solvent: heptane
Dr. R. Fulton
1. Ella Crowe and Madison Farrer CCDC: IVOBEB solvent: ethanol
2. Ethan Dunlop and Toloa Loamanu CCDC: BUHGER solvent: triethyl amine
3. Ula Earle and Joseph Edwards CCDC: WULKUM solvent: glycerin
4. Zach George and Elsie Teichert CCDC: AKUKUN solvent: nitromethanenitromethane
Assignment (to be completed within the workshop period)
- see here for detailed instructions (or use the Finding Chemical Structures and Data in the panel on the left)
- use the CCDC "code" to locate the crystal structure, keep a tab open on this structure
- what is the name of the compound have you been given (hint it is on the CCDC page!)
- show the academic that you can visualise as no-packing, in a unit-cell or as a 3x3x3
- find the source journal (hint, the doi link is on the CCDC page!)
- look at the paper on-line (at the source journal), read the abstract, look through the paper and save a tab with the paper open
- discuss what you think the paper is about with your partner and then together with your academic
- use chemspider to find your solvent, use the properties tab to find the experimental boiling point for organic solvents and the experimental melting point for ionic-liquid solvents, keep the tab open
- talk with the other people in your group, who has the highest melting point solvent, and who has the lowest melting point solvent?