What I did say is we have no way of determining precise flux values of the wide variety of radiation in question with any specific mission parameters because space weather conditions are constantly changing
Why do you think the existing models can't account for this?
NASA is totally unwilling to publish detailed information about the translunar injection trajectories.
Apollo By the Numbers.
...even if you "skirt" the worst of the heat and radiation of a thermonuclear blast by standing behind a tree...
You assume the cislunar radiation environment is equivalent to a "thermonuclear blast" but you provide no quantitative evidence to support this.
Even if we knew the precise trajectory they took (WHICH WE DO NOT!)
Others have been able to figure it out from the published figures. Why can't you?
...unless we had a continuous and accurate measurement, we still wouldn't be able to give a definitive quantitative analysis with precise numbers.
Nonsense. A quantitative assessment of the expected radiation exposure for cislunar space missions is a standard part of mission planning. It has even been discussed recently on this board, including the tools used to do so.
As you know (or should know) , since the Apollo missions we have learned more than 99% of what we now know about the space weather enviroment and the radiation trapped by Earths magnetic field.
On the contrary, most of what we know today was learned during Apollo.
A few things most of us are aware of is the amount of radiation required to expose film is very tiny fraction of what causes biological effects.
You have presented no data to that effect. The closest thing you have presented is David Groves' guess that photographic film would be damaged by exposures as small as 5 rem.
X rays penetrate thin layers of aluminum practically as if it is transparent...
Asked and answered.
...and secondary radiation from high energy particle interaction with metals like aluminum creates electromagnetic radiation (including especially x rays) and secondary particle radiation as well.
You have presented no quantitative data regarding secondary radiation.
If you will concede all of the above is totally accurate, i believe we can continue.
No, I will not simply agree that you're right, especially when considerable discussion has ensued to prove you wrong.
What has been said in my absence does not require a response, as far as I can see.
No, you may not simply declare significant portions of the discussion irrelevant. If you believe they are personal attacks, report them as such. If you believe they are merely "propaganda," you have the burden to show that they are.