Wow. Methinks thou doest protest too much. I don't know anything about all the chemistry involved, but I'd rather believe in chemistry than in some supernatural being.
Sure, creation science is about chemistry, too. This chemistry doesn't reflect the volcanic gases that were present in the primordial atmosphere, i.e. Miller-Urey was rigged.
You can try it for yourself online here --
Miller-Urey Experiment.
I figured it out. Can you?
I bet you a cyber beer you will cause it to explode

.
If you're going to post a link to Miller-Urey, you might consider posting a link to a reliable source.
Have $40 to spend? This is the article cited by Thaxton et al in figure 3-2, page 23, of the free access book I linked to - but only one page is provided free (you need to pay 39.99 to view the entire article):
The atmosphere of the Earth at the time of its formation is now generally believed to have been reducing, an idea proposed by Oparin and extensively discussed by Urey. This atmosphere would have contained CH4, N2 with traces of NH3, water and hydrogen. Only traces of NH3 would have been present...
link.springer.com
Of course, this does not happen to be the page where the specific amino acids produced by Miller-Urey are listed by S. Miller, with the chemical reaction product proportions. The page provided does contain some useful information about amino acids produced by others in similar type synthesis experiments - but the product proportions are not provided. A couple of excerpts from the page:
"The first prebiotic electric discharge synthesis of amino acids showed that surprisingly high yields of amino acids were synthesized. Eleven amino acids were identified, four of which occur in proteins. Hydroxy acids, simple aliphatic acids and urea were also identified. These experiments have been repeated recently, and 33 amino acids were identified, ten of which occur in proteins, including all of the hydrophobic amino acids. "
While helpful, this is relatively useless since the chemical reaction products are not listed with the actual proportions produced. The advantage of the chart Thaxton provides in figure 3-2 page 23 of the following link is that not only is a complete list of amino acids produced provided, but also THE CHEMICAL REACTION PRODUCT PROPORTIONS are listed.
The quote from Thaxton's (et al) reference for the article upon which the chart in fig. 3-2 (which is not the page containing the list) notes unidentified electric discharge synthesis experiments produced 11 amino acids of which 4 are found in proteins. 3 problems with this statement:
1. The actual 11 amino acids produced are not listed, nor are the 4 proteinous/biologic amino acids listed.
2. The chemical reaction product proportions of these 11 amino acids are not stated.
3. While some of the other products are stated ("Hydroxy acids, simple aliphatic acids and urea") the specific Hydroxxy acids and simple aliphatic acids ARE NOT STATED nor are the PRODUCT PROPORTIONS stated.
More recent unidentified synthesis experiments are referred to but the number of experiments, the environment they simulated in each of these unnumbered experiments are not stated, and no relative chemical reaction product proportions are stated. All that is stated about perhaps 20 (or 10, or 100, etc.) experiments is this:
"... 33 amino acids were identified, ten of which occur in proteins, including all of the hydrophobic amino acids."
Which amino acids in what product proportions? But at least the ratio of 10 out of 33 amino acids being proteinous is comparable to the chart in fig. 3-2 for the top 10 amino acids produced - the chart has 3 out of 10 being proteinous - that is a similar ratio to 10 out of 33.
So, if someone is willing to spend $40 and post the full content of Miller's article - I am interested. But having studied Thaxton's book I have no reason to doubt the accuracy of the chart.
Bottom line - most references to these type of experiments fail to list the chemical reaction products nor the proportions in which they are produced. Those references are basically useless which is why I am not linking to them. I will continue to look for that type of link - but you could also try since you posted you want a reliable source linked to.