Differences

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--- vapourtec_flow_chemistry_system [2024/10/15 00:43] – created mbates
+++ vapourtec_flow_chemistry_system [2024/10/16 20:08] (current) – mbates
@@ Line 2: / Line 2: @@
-^             Chemspeed                               ^
+^             RS-400 with Fraction Collector                    ^
-|       {{chemspeed.png?400|}}            |
+|       {{flowsystem.jpg?400|}}            |
 | **Tool Type:**                  Scalable synthesis                      |
 | **Manufacturer:**               Vapourtec                            |
@@ Line 9: / Line 9: @@
-|  **Principal Scientist**        |
+^   **Principal Scientist**        ^
 |  Morgan Bates    |
 |  morganbates@ucsb.edu  |
@@ Line 24: / Line 24: @@
   *Fraction collection triggered by inline analytics including UV-Vis, NMR, and FT-IR
   *FlowIR FT-IR analysis from Mettler Toledo
-  *60 MHz 1H NMR flow-cell based analysis from Magritek – no deuterated solvents necessary!
+  *60 MHz <sup>1</sup>H NMR flow-cell based analysis from Magritek – no deuterated solvents necessary!
   *UV-vis analysis with variable wavelength (190–750 nm)
   *Photochemistry supported at 365, 400, and 450 nm wavelengths
@@ Line 30: / Line 30: @@
   *Temperatures spanning –70 to 250 °C and wide-ranging flow rates (0.02–10 mL/min)
+----
+===== Reference Documentation =====
+{{ flow:vsd006_v4_1_-_cooled_reactor_installation.pdf | Cooled Reactor}}\\
+{{ flow:vapourtec_ion_operators_manual_-_version_1_2.pdf | Electrochemical Reactor}}\\
+{{ flow:flow-commander-user-manual-issue-2_low_res.pdf | Flow Commander}}\\
+{{ flow:vapourtec_r-2_operators_manual_rev8_.pdf | R2 Pump}}\\
+{{ flow:vapourtec_r2s_operators_manual_rev1.7_.pdf | R2S Pump }}\\
+{{ flow:vapourtec_r-4_operators_manual_rev_9_.pdf | R4 Reactor Panel}}\\
+{{ flow:vapourtec_uv-150_operators_manual_-_version_1.6.pdf |UV-150 Reactor}}\\
+{{ flow:vsd033_v1.2_knauer_50d_uv_detector_installation.pdf | UV-vis Detector}}\\
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