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|{{Rpc |{{{1|}}}|{{{2|}}}|{{{3|}}}|{{{4|}}}|{{{5|}}}|{{{6|}}}| eName = Palladium | colorscheme = {{{colorscheme}}}| eSym = Pd }}

...e synthesized by one of several click chemistry methods. One method uses [[palladium]] (Pd) catalysts to couple [[alkyne|alkenyl halides]] and [[azide|sodium az

|[[Palladium|{{ {{#ifeq:{{{elSym}}}|Pd

...rata in Vol. 263</ref><ref>Pons S, Fleischmann M (1990) Calorimetry of the Palladium-Deuterium System, in The First Annual Conference on Cold Fusion, F. Will, E ...dium which has absorbed nearly as many atoms of deuterium as the number of palladium atoms in the sample). When fusion of deuterium takes place in this environm

<tr><td> Pd <td> [[Palladium]] <td align="right"> 46

<tr><td>46<td>Pd <td>[[Palladium]] <td bgcolor="#D0D0D0">2 <td bgcolor="#D0D0D0">2<td>6 <td bgcolor="#

...lign="left "> 46 <td> [[Palladium|Pd]] <td width="5%" > {{Atomic mass|Palladium}} <td width="15%"> <td align="left "> 83 <td> [[Bismuth|Bi]] <td

...nd [[nitrogen]] (N₂). Metals (solids) like [[platinum]] (Pt), [[palladium]] (Pd) and [[rhodium]] (Rh) are used as the catalyst. The metals are deposi ...rbons]] ([[hydrocarbon|alkanes]]) uses metals like [[platinum]] (Pt) and [[palladium]] (Pd) as the catalyst. This is an example of three-phase catalysis, the ca

...nsition row ([[Zirconium|Zr]], Mo, Tc, [[Ruthenium|Ru]], [[Rhodium|Rh]], [[Palladium|Pd]], [[Silver|Ag]]) while the other is later in the periodic table ([[Iodi

...rogen sulfide. This permits the use of high performance [[noble metal]] ([[palladium]], [[platinum]]) catalysts which are susceptible to [[poisoning]] by sulfur ...metals that provide the hydrogenation functions can be the noble metals [[palladium]] and [[platinum]] or the base metals (i.e., non-noble metals) [[molybdenum

*[[Palladium(II) chloride]] *[[Palladium(II) nitrate]]

...one by irradiating [[rhodium]] foil with protons to form the radioactive [[palladium]] isotope. The reaction of [[beryllium]] with alpha particles is another ex

{{r|Palladium}}

...ancium]] <td align="right"> 87 <td width="15%"><td>Pd<td width="5%" >[[Palladium]] <td align="right"> 46<td width="15%"> <td>Zn <td width="5%" >[[Zinc]] ...] <td> F <td width="15%"> <td align="left "> 46 <td width="5%" > [[Palladium]] <td> Pd <td width="15%"> <td align="left "> 83 <td width="5%" > [[B

| 46 || Pd || [[palladium]]

...(such as [[lanthanides]]), the precipitation of fission products such as [[palladium]], the formation of fission gas [[bubble]]s due to fission products such as ...fuel will contain [[nano]]particles of [[platinum group]] metals such as [[palladium]]. Also the fuel may well have cracked, swelled and been used close to its

<tr><td>46<td>Pd <td>[[Palladium]] <td>&nbsp;[Kr]<td>(4''d'')¹⁰ </tr>

|[[Palladium]]|| 12,023||&nbsp;||[[Seawater]] (15 °C)|| 1,025

...ancium]] <td align="right"> 87 <td width="15%"><td>Pd<td width="5%" >[[Palladium]] <td align="right"> 46<td width="15%"> <td>Zn <td width="5%" >[[Zinc]] ...] <td> F <td width="15%"> <td align="left "> 46 <td width="5%" > [[Palladium]] <td> Pd <td width="15%"> <td align="left "> 83 <td width="5%" > [[B

|{{Periodic cell | atomic number=46 | atomic weight=106.42 | eName=Palladium | eSym=Pd | mp=1552 | bp=2927 | density=12.02 | year=1803 | group=10 | elec