And All Across America
The Poison Fires Glow
And In The Blood Of Our Procreation
Yes Love Was Made For Slaves Like Us
Designed To Fetishize
Consumption, Waste And An Identity
Based On A Dying Lie
So God Forgive America
The End Of History Is Now
And God May Save The Victim
But Only The Murderer Holds Real Power
We Came Across The Seas
We’d Fill With Offal And Disgust
And Any Object Industry Required
We Bought, Enslaved, Or We Crushed
And Now Our Minds Are As Naked As The Paradise We Stripped
And Our Reward Is Our Entropy
Our Emptiness Is Our Gift
So God Forgive America
And Every Human On This Earth
And God Forgive The Ruined Lives
And Nothing Is What It’s Worth
God Loves America – M. Gira.
A little late for the celebrations. Sorry.
Was musing just yesterday that even if there isn’t a phenomena as ’empire fatigue’, the ability to maintain empire / imperial power is transitory. And, technologies relentless drive for efficiency would appear to shorten the potential lifetime for any effort at domination and subjugation (of other subjugators…)
First of all, go and find the piece of paper that came in the Rodinal box. Now find ‘Diagram 2’. There are two graphs, one for 1+25, and one for 1+50. Being a little on the ケチ side, we’ll use 1+50.
Two things to initially note, i) the vertical scale (temperature) starts at 18ºC, ii) there are two roughly parallel lines, for 100 and 400 speed film.
Focusing on the APX 400 line, we see that it indicates that an increase in temperature of 3ºC reduces the development time by 4 minutes. If we assume that Tri-X will have similar behaviour to APX 400, it will have a (roughly) similar, and therefore parallel line on this graph. If you now draw a line, parallel to the APX 400 line, that passes through your known time and temperature (13min @ 20ºC, in my case) you can get a starting point time for higher temperatures.
Unfortunately the Agfa graph is skewed towards high values by the long development time for APX 400, but simply judging by eye, it’s easy to see that 13min @ 20ºC corresponds to 9/10min @ 23ºC. I’ve tried this with Tri-X and got results that i can’t distinguish from my usual efforts… as i’ve read that higher temperatures can yield more grain, i limited agitation to an initial 30s of gentle inversions, and two gentle inversions every minute.
Personally i’m not going to push this any further than 24ºC, as that’s the limit of the Agfa graphs. This doesn’t seem like it will be an issue… unless it stays really warm for several weeks.
Ice cubes? You’re all nuts – grow a pair and read a graph!
九品仏 – i really like those kanji…
Colour fujiroids are fun… but i seem to be having a hard time getting them super sharp. Wonder if need to clean the glass in the back, or something…