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A diagram that shows the relationship between the two compounds. The first compound on the left is H3C3, which is a chemical compound with 3 equiv. Et3SiH and 3 equip. CutC. The compound has a 2.5 mol/Pd2 (dba) and 7.5 mol/L. The molecule has a 55°C, THF, 45 min. In the second compound, there is a 3-equiv. EtsSiH, which consists of a 3.5-mol/L molecule with a 5.5% molybdenum and a 5-mol-L molecule. This molecule is also known as a CUSCH3, EtsSITC molecule, and it is used to measure the yield of the compound. The image also shows a 98% yield, which means that the compound can yield up to 95%. There are also two other compounds on the right side of the image, which are also shown in the diagram. The first compound is H2C3 and the second is CusCH3. The third compound is L-Pd-L, and the fourth compound is Tc-L. Both compounds are made up of two carbon atoms, one of which is the carbon atom and the other is the carbonyl atom.
Fukuyama Reduction Fukuyama Coupling Chemical Reaction Thioester Organic Chemistry PNG
. The resolution of this PNG file is 1771 x 1118 pixels and it has a file size of 44.07 KB.A diagram that shows the relationship between the two compounds. The first compound on the left is H3C3, which is a chemical compound with 3 equiv. Et3SiH and 3 equip. CutC. The compound has a 2.5 mol/Pd2 (dba) and 7.5 mol/L. The molecule has a 55°C, THF, 45 min. In the second compound, there is a 3-equiv. EtsSiH, which consists of a 3.5-mol/L molecule with a 5.5% molybdenum and a 5-mol-L molecule. This molecule is also known as a CUSCH3, EtsSITC molecule, and it is used to measure the yield of the compound. The image also shows a 98% yield, which means that the compound can yield up to 95%. There are also two other compounds on the right side of the image, which are also shown in the diagram. The first compound is H2C3 and the second is CusCH3. The third compound is L-Pd-L, and the fourth compound is Tc-L. Both compounds are made up of two carbon atoms, one of which is the carbon atom and the other is the carbonyl atom.
Fukuyama Reduction Fukuyama Coupling Chemical Reaction Thioester Organic Chemistry PNG
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