Najbolj problematiÄ na sta velika koliÄina odpadkov in porabljene vode, kot dobro lahko oznaÄimo oskrbovanje, kot zelo dobro ogrevanje koÄ in pridobivanje elektriÄne energije.ĮkoloÅ¡ ko oblikovana embalaÅ¾a za naravno kozmetiko

S pomoÄjo ankete smo ocenili okoljske vplive izbranih planinskih koÄ.

V raziskavi smo opredelili Å¡tiri okoljske vplive planinskih koÄ: oskrbovanje in ravnanje z odpadki, ogrevanje in pridobivanje elektriÄne energije, oskrba z vodo in ravnanje z odpadnimi vodami ter Å¡tevilo in obnaÅ¡anje obiskovalcev. Okoljski vplivi planinskih koÄ v visokogorju KamniÅ¡ ko-Savinjskih Alpĭirectory of Open Access Journals (Sweden)įull Text Available Planinske koÄe so v neposeljenem gorskem svetu skoraj edini lokalni vir onesnaÅ¾evanja. The work was performed as part of the Decontamination and Decommissioning (D and D) of the first Experimental Breeder Reactor (EBR-I) and was funded by 189c I-215. However, tertiary combinations of NaK, KO 2 plus a water or hydrocarbon contaminant produced explosive hazards under a variety of conditions. The test results showed that binary combinations of pure NaK and KO 2 could not be made to detonate, although the mixtures will spontaneously ignite and burn. The planning and preparation was conducted by Aerojet Nuclear Company (ANC) at the Idaho National Engineering Laboratory, and the explosive hazards testing was done by Cook Associates, Inc., at IRECO Chemicals Pelican Point Research and Development facility in Utah. Planning, preparation, conductance, and evaluation of field tests are reported to determine the explosive hazards associated with the combining of the sodium-potassium eutectic alloy ( NaK) with the superoxide of potassium ( KO 2 ) under various conditions of state, contamination, and detonation initiation. International Nuclear Information System (INIS) Explosive hazards analysis of the eutectic solution NaK and KO2

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