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{{r|Germanium}}

{{r|Germanium}}

{{r|Germanium}}

{{r|Germanium}}

{{r|Germanium}}

{{r|Germanium}}

*[[Germanium(IV) hydride]] – GeH₄ *[[Germanium(III) hydride]] – Ge₂H₆

{{r|Germanium}}

<tr><td> Ge <td> [[Germanium]] <td align="right"> 32

<tr><td>32<td>Ge <td>[[Germanium]] <td bgcolor="#D0D0D0">2 <td bgcolor="#D0D0D0">2<td>6 <td bgcolor="#

...ign="left "> 32 <td> [[Germanium|Ge]] <td width="5%" > {{Atomic mass|Germanium}} <td width="15%"> <td align="left "> 69 <td> [[Thulium|Tm]] <td w

...que to Scandinavia. And in 1886. German chemist Clemens Winkler discovered germanium, which he patriotically named for his country...These pioneering chemists w

<tr> <td>[[Germanium]]-73</td> <td>⁷³Ge</td> <td>-9/2</td> <td>0.000108</td>

Based upon Figure 5.5 in {{cite book |title=Silicon-germanium heterojunction bipolar transistors |url=http://books.google.com/books?id=Cx {{cite book |title=Applications of silicon-germanium heterostructure devices |author=C. K. Maiti, G. A. Armstrong |pages=pp. 77

Mueller (GM) tubes. A typical solid ionization detector is a germanium-lithium (GeLi) detector used in a Detectors based on semiconductors, such as germanium, have better intrinsic energy resolution than scintillators, and are prefer

<tr> <td>[[Germanium]]-73</td> <td>⁷³Ge</td> <td>-9/2</td> <td>0.000108</td>

| 32 || Ge || [[germanium]]

...lver]] <td align="right"> 47 <td width="15%"><td>Ge<td width="5%" >[[Germanium]] <td align="right"> 32<td width="15%"> <td>Pr <td width="5%" >[[Praseod <tr><td align="left "> 32 <td width="5%" > [[Germanium]] <td> Ge <td width="15%"> <td align="left "> 69 <td width="5%" > [[T

...w) ahead of the period where aluminium lies. Similarly, when the element [[germanium]] was discovered, it fit in the modern version of the periodic table ''one' ...ents, chemists discovered three new elements ([[gallium]], [[scandium]], [[germanium]]), each revealing accord with his prediction of their atomic weights and p