author | christophe <christophe> | 2004-04-04 05:33:16 (UTC) |
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committer | christophe <christophe> | 2004-04-04 05:33:16 (UTC) |
commit | e2b6da60349636be4c7f8550337290e84fa0e203 (patch) (unidiff) | |
tree | f4858378f52e0e199de0f2744d6f9da740fabe45 /i18n/es/oxygen.ts | |
parent | 6d59cf722110d0006711175aca8d760b1734ad66 (diff) | |
download | opie-e2b6da60349636be4c7f8550337290e84fa0e203.zip opie-e2b6da60349636be4c7f8550337290e84fa0e203.tar.gz opie-e2b6da60349636be4c7f8550337290e84fa0e203.tar.bz2 |
Use of libopie.ts to fill libopieui2.ts and libopiepim2.ts
-rw-r--r-- | i18n/es/oxygen.ts | 18 |
1 files changed, 15 insertions, 3 deletions
diff --git a/i18n/es/oxygen.ts b/i18n/es/oxygen.ts index d489414..9dea650 100644 --- a/i18n/es/oxygen.ts +++ b/i18n/es/oxygen.ts | |||
@@ -25,86 +25,98 @@ | |||
25 | <source>Elemental Composition (%):</source> | 25 | <source>Elemental Composition (%):</source> |
26 | <translation>Composición elemental (%):</translation> | 26 | <translation>Composición elemental (%):</translation> |
27 | </message> | 27 | </message> |
28 | </context> | 28 | </context> |
29 | <context> | 29 | <context> |
30 | <name>OxydataWidget</name> | 30 | <name>OxydataWidget</name> |
31 | <message> | 31 | <message> |
32 | <source>Block</source> | 32 | <source>Block</source> |
33 | <translation>Bloque</translation> | 33 | <translation>Bloque</translation> |
34 | </message> | 34 | </message> |
35 | <message> | 35 | <message> |
36 | <source>Group</source> | 36 | <source>Group</source> |
37 | <translation>Grupo</translation> | 37 | <translation>Grupo</translation> |
38 | </message> | 38 | </message> |
39 | <message> | 39 | <message> |
40 | <source>Electronegativity</source> | 40 | <source>Electronegativity</source> |
41 | <translation>Electronegatividad</translation> | 41 | <translation>Electronegatividad</translation> |
42 | </message> | 42 | </message> |
43 | <message> | 43 | <message> |
44 | <source>Atomic radius</source> | 44 | <source>Atomic radius</source> |
45 | <translation>Radio atómico</translation> | 45 | <translation>Radio atómico</translation> |
46 | </message> | 46 | </message> |
47 | <message> | 47 | <message> |
48 | <source>Ionizationenergie</source> | 48 | <source>Ionizationenergie</source> |
49 | <translation>Energía ionización</translation> | 49 | <translation type="obsolete">Energía ionización</translation> |
50 | </message> | 50 | </message> |
51 | <message> | 51 | <message> |
52 | <source>Density</source> | 52 | <source>Density</source> |
53 | <translation>Densidad</translation> | 53 | <translation>Densidad</translation> |
54 | </message> | 54 | </message> |
55 | <message> | 55 | <message> |
56 | <source>Boilingpoint</source> | 56 | <source>Boilingpoint</source> |
57 | <translation>Punto ebullición</translation> | 57 | <translation type="obsolete">Punto ebullición</translation> |
58 | </message> | 58 | </message> |
59 | <message> | 59 | <message> |
60 | <source>Meltingpoint</source> | 60 | <source>Meltingpoint</source> |
61 | <translation>Punto fusión</translation> | 61 | <translation type="obsolete">Punto fusión</translation> |
62 | </message> | 62 | </message> |
63 | <message> | 63 | <message> |
64 | <source>%1 u</source> | 64 | <source>%1 u</source> |
65 | <translation>%1 u</translation> | 65 | <translation>%1 u</translation> |
66 | </message> | 66 | </message> |
67 | <message> | 67 | <message> |
68 | <source>%1 J</source> | 68 | <source>%1 J</source> |
69 | <translation>%1 J</translation> | 69 | <translation>%1 J</translation> |
70 | </message> | 70 | </message> |
71 | <message> | 71 | <message> |
72 | <source>%1 K</source> | 72 | <source>%1 K</source> |
73 | <translation>%1 K</translation> | 73 | <translation>%1 K</translation> |
74 | </message> | 74 | </message> |
75 | <message> | 75 | <message> |
76 | <source>%1 pm</source> | 76 | <source>%1 pm</source> |
77 | <translation>%1 pm</translation> | 77 | <translation>%1 pm</translation> |
78 | </message> | 78 | </message> |
79 | <message> | 79 | <message> |
80 | <source>%1 g/cm^3</source> | 80 | <source>%1 g/cm^3</source> |
81 | <translation>%1 g/cm^3</translation> | 81 | <translation>%1 g/cm^3</translation> |
82 | </message> | 82 | </message> |
83 | <message> | 83 | <message> |
84 | <source>Weight</source> | 84 | <source>Weight</source> |
85 | <translation>Peso</translation> | 85 | <translation>Peso</translation> |
86 | </message> | 86 | </message> |
87 | <message> | ||
88 | <source>Ionization Energy</source> | ||
89 | <translation type="unfinished"></translation> | ||
90 | </message> | ||
91 | <message> | ||
92 | <source>Boiling point</source> | ||
93 | <translation type="unfinished"></translation> | ||
94 | </message> | ||
95 | <message> | ||
96 | <source>Melting point</source> | ||
97 | <translation type="unfinished"></translation> | ||
98 | </message> | ||
87 | </context> | 99 | </context> |
88 | <context> | 100 | <context> |
89 | <name>Oxygen</name> | 101 | <name>Oxygen</name> |
90 | <message> | 102 | <message> |
91 | <source>Oxygen</source> | 103 | <source>Oxygen</source> |
92 | <translation>Oxygen</translation> | 104 | <translation>Oxygen</translation> |
93 | </message> | 105 | </message> |
94 | <message> | 106 | <message> |
95 | <source>PSE</source> | 107 | <source>PSE</source> |
96 | <translation>PSE</translation> | 108 | <translation>PSE</translation> |
97 | </message> | 109 | </message> |
98 | <message> | 110 | <message> |
99 | <source>Data</source> | 111 | <source>Data</source> |
100 | <translation>Datos</translation> | 112 | <translation>Datos</translation> |
101 | </message> | 113 | </message> |
102 | <message> | 114 | <message> |
103 | <source>Calculations</source> | 115 | <source>Calculations</source> |
104 | <translation>Cálculos</translation> | 116 | <translation>Cálculos</translation> |
105 | </message> | 117 | </message> |
106 | <message> | 118 | <message> |
107 | <source>Hydrogen</source> | 119 | <source>Hydrogen</source> |
108 | <translation>Hidrógeno</translation> | 120 | <translation>Hidrógeno</translation> |
109 | </message> | 121 | </message> |
110 | <message> | 122 | <message> |