24 pts · November 11, 2017
Being able to do a nice math simulation but unable to compile faster gif...wow
Oh my. Finally post about Al. Whenever I make a reference about him- noone knows him or just like "uh..what?". And I feel like I'm weirdo
But I'm talking about E.coli in this case. With unknown bacterias you probably should
Well, when you plate bacterias, you don't really need to use gloves, especially when you work in sterile conditions i.e gas burner and EtOH
No, it's actually long exposure selfie back from 1996.
Not in this case. Here метанол is the same for Russian/ukrainian and belorusian.
According to video this glass is hydrophobic as well as edges (angle on h2o droplets), and on contrary AgNO3 is very hydrophillic.
Also, they didn't use mirror. Just camera on the moving slide or smth. And just FYI, the dose there was (1996) 10000 R/h
Deputy Director of the object "Shelter", Arthur Korneev. And the lethal time of irradiation here- >= 300 sec
Being able to do a nice math simulation but unable to compile faster gif...wow
Oh my. Finally post about Al. Whenever I make a reference about him- noone knows him or just like "uh..what?". And I feel like I'm weirdo
But I'm talking about E.coli in this case. With unknown bacterias you probably should
Well, when you plate bacterias, you don't really need to use gloves, especially when you work in sterile conditions i.e gas burner and EtOH
No, it's actually long exposure selfie back from 1996.
Not in this case. Here метанол is the same for Russian/ukrainian and belorusian.
According to video this glass is hydrophobic as well as edges (angle on h2o droplets), and on contrary AgNO3 is very hydrophillic.
Also, they didn't use mirror. Just camera on the moving slide or smth. And just FYI, the dose there was (1996) 10000 R/h
Deputy Director of the object "Shelter", Arthur Korneev.
And the lethal time of irradiation here- >= 300 sec