You searched for: phosphoric (Tyska - Engelska)

phosphoric fertilizers industry sa
phosphoric fertilizers industry sa

enthält: phosphoric acid (inci).
contains phosphoric acid (inci).

phosphoric fertilisers industry (el)
phosphoric fertilizers industry (el)

phosphoric fertilizers industry s.a.
phosphoric fertilizers industry s.a.

(electrolyte additives for phosphoric acid fuel cells.
(electrolyte additives for phosphoric acid fuel cells.

2-halogene-oxetanocin a und phosphoric ester davon.
2-halogeno-oxetanocin a and phosphoric ester thereof.

"phosphoric acid fuel cell", "pafc") ist eine mitteltemperatur-brennstoffzelle.
phosphoric acid fuel cells (pafc) are a type of fuel cell that uses liquid phosphoric acid as an electrolyte.

phosphoric acid manufacturing plants — 40 c.f.r. part 63, subpart aa;
phosphoric acid manufacturing plants — 40 c.f.r. part 63, subpart aa;

soc. (1993), 140(4), 896-902 und perfluorosulfonimide as an additive in phosphoric acid fuel cell.
soc. (1993), 140(4), 896-902 and perfluorosulfonimide as an additive in phosphoric acid fuel cell.

das alkalische system, das ein flüssiges elektrolyt braucht, ist die bevorzugte brennstoffzelle für die weltraumanwendung, eingeschlossen den space shuttle. molten carbonate (flüssigkarbonat), phosphoric acid (phosphorsäure) und solid oxide (festsauerstoff) brennstoffzellen sind für den stationären gebrauch reserviert, so wie energie erzeugende anlagen für elektrische einrichtungen. unter diesen stationären systemen ist das mit festem sauerstoff angetriebene system das am wenigsten entwickelte, hat aber neue aufmerksamkeit bekommen wegen den durchbrüchen im zellenmaterial und in den zellenkonstruktionen. bild 3 vergleicht die bekanntesten brennstoffzellensysteme in entwicklung.
several developers are also targeting stationary applications. the alkaline system, which uses a liquid electrolyte, is the preferred fuel cell for aerospace applications, including the space shuttle. molten carbonate, phosphoric acid and solid oxide fuel cells are reserved for stationary applications, such as power generating plants for electric utilities. among these stationary systems, the solid oxide is the least developed but has received renewed attention due to breakthroughs in cell material and stack designs. figure 3 compares the most common fuel cell systems in development. type of