Cthulhu625
Cthulhu625 t1_j9gv1m2 wrote
Reply to Sugar is the only word in the english language where a singular "S" makes a "SH" sound. by WirrkopfP
The Kombucha mushroom people
Sitting around all day
Who can believe you?
Who can believe you?
Let your mother pray
Sugar
Sugar
Cthulhu625 t1_j6lkadu wrote
Reply to comment by 7hbag in Find the dime by jennsingh
The dime was inside of me the whole time.
I really need to focus on chewing.
Cthulhu625 t1_j6lk5u0 wrote
Reply to comment by elleape in Find the dime by jennsingh
I'm sorry.
That's what she said.
Cthulhu625 t1_j6kpovw wrote
Reply to comment by Litmus44 in What do you call a homosexual artificial intelligence by Sriniketh_Sriram
Or the two Irish ones, Patrick Fitzgerald and Gerald Fitzpatrick.
They don't have to be dentists.
Cthulhu625 t1_j27cfyt wrote
Reply to comment by maximumlight1 in Which actor or actress could play any (or almost any) role in any movie? by h2oskid3
So many people don't even know he was Drexl in True Romance.
Cthulhu625 t1_j27cbcr wrote
Daniel Day Lewis. I hear he's had to work with, but I would because your movie is probably going to win a bunch of awards.
Cthulhu625 t1_jc2sptq wrote
Reply to comment by Hiddencamper in Why were the control rods in the reactor featured in the HBO series 'Chernobyl' (2019) tipped with graphite? by Figorama
Most of the reactor control rods are inserted from above; 24 shortened rods are inserted from below and are used to augment the axial power distribution control of the core. With the exception of 12 automatic rods, the control rods have a 4.5 m (14 ft 9 in) long graphite section at the end, separated by a 1.25 m (4 ft 1 in) long telescope (which creates a water-filled space between the graphite and the absorber), and a boron carbide neutron absorber section. The role of the graphite section, known as "displacer", is to enhance the difference between the neutron flux attenuation levels of inserted and retracted rods, as the graphite displaces water that would otherwise act as a neutron absorber, although much weaker than boron carbide; a control rod channel filled with graphite absorbs fewer neutrons than when filled with water, so the difference between inserted and retracted control rod is increased. When the control rod is fully retracted, the graphite displacer is located in the middle of the core height, with 1.25 m of water at each of its ends. The displacement of water in the lower 1.25 m of the core as the rod moves down could cause a local increase of reactivity in the bottom of the core as the graphite part of the control rod passes that section. This "positive scram" effect was discovered in 1983 at the Ignalina Nuclear Power Plant. The control rod channels are cooled by an independent water circuit and kept at 40–70 °C (104–158 °F). The narrow space between the rod and its channel hinders water flow around the rods during their movement and acts as a fluid damper, which is the primary cause of their slow insertion time (nominally 18–21 seconds for the reactor control and protection system rods, or about 0.4 m/s). After the Chernobyl disaster, the control rod servos on other RBMK reactors were exchanged to allow faster rod movements, and even faster movement was achieved by cooling of the control rod channels by a thin layer of water between an inner jacket and the Zircaloy tube of the channel while letting the rods themselves move in gas.
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To answer the question of why they didn't have more safety features, likely money.