2011/05/26

マスクくらいで兄貴を見分けられなかったセイラさんを責められない

関連ワード:コラム
セイラさんよ、さすがにわかるだろう。

そんくらいのマスクで兄貴がわからんってどういうこと!?

なんて思ってましたよ。ずっと。

だけど、ごめん、セイラさん。

ru_003.jpgpripyat_002.jpg

俺もわからんかった…



これですよね? たぶんこれですよね? キャスバル兄さんでいいんですよね??

【参考】ПРИПЯТЬ(?)←当サイトのカタログです

以下、イーベイ出品者の説明を引用しておきます。

まったく同じではないかもですが、このシリーズであることは間違いないでしょう。もう少し詳しくわかりましたら、また情報アップします。

※2011.05.26追記:以下の記事もご参照下さい
Pripyat RKS-20.03
ПРИПЯТЬ(?)
[ソース]Radiation dosimeter detector Geiger counter PRIPYAT(ebay)

Radiometer "Pripyat" – the device "Legend", the device - History".

Developers of radiometer "Pripyat" have offered other scheme, more expensive and difficult element base (just imagine the magnificent ADC!) and accordingly more "advanced" possibilities.

All range of measurement of exposition dose rate divided into two sub-bands, switched manually:
1 - 2 -up to 19,99 mR/h.
Gauging time also could be chosen by the switch:
20 seconds - for operative estimation of exposition dose rate (so-called "a search mode")
200 seconds - for exact measurement of equivalent dose rate. Also there was a possibility to choose by the switch a unit of measure: mR/h and mcSv/h.

For the first time in a consumer appliance there was a possibility of measurement of capacity of a stream of beta particles (clumsy enough, for today’s requirements. For measurement of beta, it was necessary to execute the whole ritual: at first in a mode "beta" was measured equivalent dose rate (gamma), then from the back panel the metal cover-filter acted in was measured gamma+beta, then the first was subtracted from the second and we received quantity of beta particles.

The basic technical characteristics.Ranges of measurements Value
Gamma and X-ray radiation equivalent dose rate 0,01...19,99 mR/h
Gamma and X-ray radiation exposition dose rate 0,1...199,9 mcSv/h
Beta-particles flux density 10...19999 par/cm²*min
Limit of a supposed basic relative error (gamma/beta) ±20%/±25%
Operating temperature range -20...+40 °Ñ
Power supply 9,0 V
Weight 0,25 kg
Dimensions 145x73x37mm

pripyat_001.jpgpripyat_004.jpgpripyat_006.jpgpripyat_005.jpgpripyat_007.jpgpripyat_003.jpg

※似た写真がありますが、違う写真です。上部と下部だと思います。
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