Você procurou por: erbium (Inglês - Português)

erbium
Érbio

erbium oxide
érbia

erbium (substance)
Érbio

erbium yag laser
lasers de alumínio Ítrio garnet dopados com Érbio

laser, erbium yag
lasers de alumínio Ítrio garnet dopados com Érbio

erbium-yag-laser
laser érbio-yag

erbium [chemical/ingredient]
Érbio

erbium-doped optical amplifier
amplificador ótico de fibra dopada com érbio

erbium oxide (erbia) (er2o3);
Óxido de érbio (érbia) (er2o3);

erbium yttrium aluminum garnet laser device
lasers de alumínio Ítrio garnet dopados com Érbio

lasers, erbium doped yttrium aluminum garnet
lasers de alumínio Ítrio garnet dopados com Érbio

the isotopes of erbium range in atomic weight from () to ().
* usado como dopante em amplificadores ópticos a fibra (edfas).

erbium yttrium aluminum garnet laser device (physical object)
lasers de alumínio Ítrio garnet dopados com Érbio

he named the new element after the village of ytterby where large concentrations of yttria and erbium are located.
ele nomeou o novo elemento em homenagem a cidade de ytterby, onde concentrações grandes de ytrya e érbia foram encontrados.

there are reports according to which q-switched ruby laser 694 nm and erbium: yag promote selective damage of superficial melanocytes.
há relatos com o uso de qswitched ruby laser 694 nm e erbium:yag, em que promoveria dano seletivo dos melanócitos superficiais.

== history ==erbium (for ytterby, a village in sweden) was discovered by carl gustaf mosander in 1843.
== história ==o érbio ( homenagem a ytterby, uma cidade da suécia ) foi descoberto por carl gustaf mosander em 1843.

other developments followed: the laser diode in the 1970s, optical fibers for transmitting information, and the erbium-doped fiber amplifier.
outros desenvolvimentos seguintes foram a invenção do laser diodo em 1970, fibras ópticas para transmissão de informação e amplificadores de sinais ópticos.

2)* element in multiple oxidation states** antimony tetroxide (sb2o4)** cobalt(ii,iii) oxide (co3o4)** iron(ii,iii) oxide (fe3o4)** lead tetroxide (pb3o4)** manganese(ii,iii) oxide (mn3o4)** silver(i,iii) oxide (ago)* element in +1 oxidation state** copper(i) oxide (cu2o)** dicarbon monoxide (c2o)** dichlorine monoxide (cl2o)** lithium oxide (li2o)** potassium oxide (k2o)** rubidium oxide (rb2o)** silver(i) oxide (ag2o)** thallium oxide (tl2o)** sodium oxide (na2o)** water (hydrogen oxide) (h2o)* element in +2 oxidation state** aluminium monoxide (alo)** barium oxide (bao)** beryllium oxide (beo)** cadmium oxide (cdo)** calcium oxide (cao)** carbon monoxide (co)** cobalt(ii) oxide (coo)** copper(ii) oxide (cuo)** iron(ii) oxide (feo)** lead(ii) oxide (pbo)** magnesium oxide (mgo)** mercury(ii) oxide (o)** nickel(ii) oxide (nio)** nitrogen oxide (no)** palladium(ii) oxide (pdo)** strontium oxide (sro)** sulphur monoxide (so)** tin(ii) oxide (sno)** titanium(ii) oxide (tio)** vanadium(ii) oxide (vo)** zinc oxide (zno)* element in +3 oxidation state** aluminium oxide (al2o3)** antimony trioxide (sb2o3)** arsenic trioxide (as2o3)** bismuth trioxide (bi2o3)** boron oxide (b2o3)** chromium(iii) oxide (cr2o3)** dinitrogen trioxide (n2o3)** erbium(iii) oxide (er2o3)** gadolinium(iii) oxide (gd2o3)** gallium(iii) oxide (ga2o3)** holmium(iii) oxide (ho2o3)** indium(iii) oxide (in2o3)** iron(iii) oxide (fe2o3)** lanthanum(iii) oxide (la2o3)** lutetium(iii) oxide (lu2o3)** nickel(iii) oxide (ni2o3)** phosphorus trioxide (p4o6)** promethium(iii) oxide (pm2o3)** rhodium(iii) oxide (rh2o3)** samarium(iii) oxide (sm2o3)** scandium(iii) oxide (sc2o3)** terbium(iii) oxide (tb2o3)** thallium(iii) oxide (tl2o3)** thulium(iii) oxide (tm2o3)** titanium(iii) oxide (ti2o3)** tungsten(iii) oxide (w2o3)** vanadium(iii) oxide (v2o3)** ytterbium(iii) oxide (yb2o3)** yttrium(iii) oxide (y2o3)* element in +4 oxidation state** carbon dioxide (co2)** carbon trioxide (co3)** cerium(iv) oxide (ceo2)** chlorine dioxide (clo2)** chromium(iv) oxide (cro2)** dinitrogen tetroxide (n2o4)** germanium dioxide (geo2)** hafnium(iv) oxide (hfo2)** lead(iv) oxide (pbo2)** manganese(iv) oxide (mno2)** nitrogen dioxide (no2)** plutonium dioxide (puo2)** rhodium(iv) oxide (rho2)** ruthenium(iv) oxide (ruo2)** selenium dioxide (seo2)** silicon dioxide (sio2)** sulfur dioxide (so2)** tellurium dioxide (teo2)** thorium dioxide (o2)** tin dioxide (sno2)** titanium dioxide (tio2)** tungsten(iv) oxide (wo2)** uranium dioxide (uo2)** vanadium(iv) oxide (vo2)** zirconium dioxide (zro2)* element in +5 oxidation state** antimony pentoxide (sb2o5)** arsenic pentoxide (as2o5)** dinitrogen pentoxide (n2o5)** niobium pentoxide** phosphorus pentoxide (p2o5)** tantalum pentoxide (ta2o5)** vanadium(v) oxide (v2o5)* element in +6 oxidation state** chromium trioxide (cro3)** molybdenum(vi) oxide (moo3)** rhenium trioxide (reo3)** selenium trioxide (seo3)** sulphur trioxide (so3)** tellurium trioxide (teo3)** tungsten trioxide (wo3)** uranium trioxide (uo3)** xenon trioxide (xeo3)* element in +7 oxidation state** dichlorine heptoxide (cl2o7)** manganese(vii) oxide (mn2o7)** rhenium(vii) oxide (re2o7)** technetium(vii) oxide* element in +8 oxidation state** osmium tetroxide (oso4)** ruthenium tetroxide (ruo4)** xenon tetroxide (xeo4)== see also ==* other oxygen ions ozonide, o3−, superoxide, o2−, peroxide, o22− and dioxygenyl, o2+.
fe2o3 formula_1 Óxido de ferro iiisno2 formula_1 Óxido de estanho ivpode-se também fazer uso dos sufixos ico (maior nox) e oso (menor nox), para o caso do elemento apresentar duas cargas.