Results for e max translation from French to English

e max l
e max l

e* = max 0, eva
= max 0, eva

e (en cm) max.
max e (cm)

237 nm e = 8600 max.
237 nm ε=8600 max.

263 nm e = 244 ; max.
214 nm e.sup.1.sub.1 =497, ε=33,700; inflexion 263 nm e.sup.1.sub.1 =244; max.

230 nm e'₁ = 540 max.
230 nm e'.sub.1 =540 max.

280 nm e 1 / 1 = 224 max.
280 nm e.sup.1.sub.1 =224, max.

max. 1 coul. (e)
max 1 colour (e)

la valeur ev est choisie petite devant e max.
the value ev is chosen so as to be small compared with e max.

240 nm e¹₁ = 401 ; max.
240 nm e.sub.1.sup.1 = 401;max.

faisceau de route: e max, hv en pourcentage de emax.
driving beam: e max, hv as percent of emax

si vous exigez la meilleure qualité de porcelaine, optez pour e-max
waiting list up to 6 weeks if you want the best quality porcelain then choose e-max.

dispositif selon la revendication 1, dans lequel e min < 0 et e max = 0.
apparatus according to claim 1, wherein e min < 0 and e max = 0.

visible ou fluorescente. ledit chromophore cu possède une valeur principale log e ¿ max
visible or fluorescence spectroscopy. the chromophore cu having a principal log e ¿ max

241 nm e¹₁ = 552 ε = 23800 ; max.
241 nm e.sub.1.sup.1 = 552 ε = 23,800max.

on sait alors que l'amplitude de calibration recherchée doit se trouver entre v e min et v e max .
it is then known that the requisite calibration amplitude must be located between v.sub.e min and v.sub.e max.

scod e-max sm45 : plus fort et plus vert que le wally, le tender hybride le plus rapide au monde
scod e-max sm45: faster and greener than wally, the fastest hybrid tender in the world

la configuration précitée (écartement e max ) correspond également à celle du tronçon courbe 1 de la figure 2.
[0036] said configuration (spacing e max ) also corresponds to that of the curved section 1 of fig. 2.

donc en déterminera, (θ ic ) = f(h) pour les h tel que e min e max .
in fact, (θ ic ) will be determined by solving the equation: g 2 (h,x)=f 2 (x) for the heights h i where it is confirmed that e min ≦e ind ≦e max , (θ ic1 ) and (θ ic2 ) will be determined by solving the equation: g 2 (h,x)=f 2 (x) for the heights h i where it is confirmed that e ind >e max . thus, a determination is done of (θ ic )=f(h) for the values of h for which e min ≦e ind ≦e max , (θ ic1 )=f a (h) and (θ ic2 )=f n (h) for the values of h for which e ind >e max .

la loi de commutation s(x) commande alors le commutateur 31, qui délivre la tension e max ou e min sélectionnée.
8; fig.