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- Actinium (7046 bytes)
41: | [[Electron configuration]]
61: | 22.55 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
76: | [[Specific heat capacity]]
105: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
136: ...as a [[neutron source]]. Otherwise it has no significant industrial applications. - Sun (20830 bytes)
39: | [[1 E18 m²|6.09]] [[scientific notation|×]] 10<sup>12</sup> [[square kilo...
62: | 5 [[Mega|M]]K
128: ... a [[main sequence]] star, with a [[Stellar_classification|spectral class]] of G2, meaning that it is ...
136: ...tor). Tidal effects from the planets do not significantly affect the shape of the Sun, although the S...
138: ...ntre of the Sun. Nevertheless, the Sun has well defined interior structure, described below. The Sun'... - List of reference tables (55289 bytes)
42: *[[List of topics (scientific method)]]
63: **List of [[Resin identification code|plastic recycling codes]]
66: **[[List of FIPS country codes]]
73: *[[SI prefix]]
81: *Specific measures - Yellowstone National Park (23738 bytes)
25: ... [[Montana]], and [[Wyoming]]. Yellowstone is the first and oldest [[national park]] in the world and ...
27: ...hern [[Mexico]] and some areas of the eastern Pacific Coast. The eruption dwarfed that of [[Mount St. ...
34: ... in the Yellowstone region also utilized the significant amounts of [[obsidian]] found in the park to ...
37: ...kfoot tribes he gave a description of a place of "fire and brimstone" that was dismissed by most peopl...
39: ...ore the region and Hayden would not be able to fulfill his mission to explore the area for another 11 ... - Native American (42651 bytes)
3: ...rehensive tribal list can be found under "[[Classification of Native Americans]]."
5: ...ricans are Amerindians. "Amerindian" relates to a mega-group of people spanning the Americas that are re...
7: ...terms "[[First Peoples]]" and "Native Canadians". First Peoples are enshrined in the Canadian Constitu...
11: ... [[American continent]]) are a diversity of [[Pacific Islanders]] including: [[Native Hawaiians]] (als...
21: ... freed of its ice cover. There are a number of difficulties in this theory — in particular, grow... - Americium (6956 bytes)
39: | [[Electron configuration]]
65: | 17.63 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
80: | [[Specific heat capacity]] || no data
99: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
104: | [[spontaneous fission|SF]]<br />[[alpha decay|α]] - Antimony (9093 bytes)
42: | [[Electron configuration]]
62: | 18.19 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
76: | [[Specific heat capacity]]
111: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
128: ...nstable non-metals. Antimony is used in flame-proofing, [[paint]]s, [[ceramics]], [[Vitreous enamel|en... - Astatine (5377 bytes)
42: | [[Electron configuration]]
76: | [[Specific heat capacity]] || no data
95: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
109: ...tory]] have performed experiments that have identified and measured elementary reactions that involve ...
114: ...guage|Greek]] ''astatos'' meaning "unstable") was first synthesized in [[1940]] by [[Dale R. Corson]],... - Barium (8466 bytes)
42: | [[Electron configuration]]
63: | 38.16 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
77: | [[Specific heat capacity]]
101: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
137: ...this element are remarkable for their high [[specific gravity]], as is its [[sulfate]]: [[barite]] Ba(... - Berkelium (5697 bytes)
32: | [[Electron configuration]]
53: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
73: | α<br />[[spontaneous fission|SF]]<br />[[beta emission|β<sup>-</sup>...
78: ...after [[Berkeley, California]]. Berkelium was the fifth [[transuranic element]] to be synthesized.
83: ... weighed 3 billionths of a [[gram]]. This was the first time visible amounts of a pure berkelium compo... - Bismuth (9188 bytes)
47: | [[Electron configuration]]
90: | [[Specific heat capacity]]
126: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]] <br> (not SI)
160: ...ve low [[melting point]]s and are widely used for fire detection and suppression system safety devices...
162: ...h is finding use as a catalyst for making acrylic fibers. - Cadmium (10755 bytes)
45: | [[Electron configuration]]
69: | 13.00 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
88: | [[Specific heat capacity]]
114: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
175: *Due to a low [[coefficient of friction]] and very good fatigue resistan... - Calcium (9166 bytes)
35: <td>[[Electron configuration]] </td><td><nowiki>[...
50: ... </td><td>26.20 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
64: <td>[[Specific heat capacity]] </td><td>63...
81: ...h>[[decay mode|DM]]</th><th>[[decay energy|DE]] [[mega|M]][[electron volt|eV]]</th><th>[[decay product|D...
103: ...onium]] and [[uranium]]. This element is also the fifth most abundant element in the earth's crust. It... - Californium (7452 bytes)
25: <td>[[Electron configuration]] </td><td><nowiki>...
36: ...h>[[decay mode|DM]]</th><th>[[decay energy|DE]] [[mega|M]][[electron volt|eV]]</th><th>[[decay product|D...
38: .../td><td>[[1 E7 s|333.5 d]] </td><td>[[spontaneous fission|SF]]<br>[[alpha emission|α]]</td><td><...
61: ...gely too difficult to produce to have useful significance as a material. Two of its few uses;
62: ...utron moisture gauges]] which are in turn used to find [[water]] and [[petroleum]] layers in [[oil wel... - Cerium (12377 bytes)
43: | [[Electron configuration]]
67: | 20.69 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
86: | [[Specific heat capacity]]
115: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
188: ...teel]]s, cerium degasifies and can help reduce sulfides and oxides. - Chromium (13677 bytes)
32: <td>[[Electron configuration]] </td><td><nowiki>...
52: ... </td><td>7.23 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
66: <td>[[Specific heat capacity]] </td><td>4...
89: ...h>[[decay mode|DM]]</th><th>[[decay energy|DE]] [[mega|M]][[electron volt|eV]]</th><th>[[decay product|D...
110: ...al]] that takes a high polish, is fusible with difficulty, and is resistant to corrosion and tarnishin... - Cobalt (13481 bytes)
34: <td>[[Electron configuration]] </td><td><nowiki>...
49: ... </td><td>6.67 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
63: <td>[[Specific heat capacity]] </td><td>4...
82: ...h>[[decay mode|DM]]</th><th>[[decay energy|DE]] [[mega|M]][[electron volt|eV]]</th><th>[[decay product|D...
102: ...ll amounts of cobalt [[salt]]s. Cobalt-60, an artificially produced [[radioactive isotope]] of cobalt,... - Curium (8593 bytes)
42: | [[Electron configuration]]
75: | 18.05 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
94: | [[Specific heat capacity]]
114: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
127: ...[[electron capture|ε]]<br />[[spontaneous fission|SF]] - Dysprosium (8843 bytes)
44: | [[Electron configuration]]
68: | 19.01 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
87: | [[Specific heat capacity]]
116: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
166: Dysprosium was first identified in [[Paris]] in [[1886]] by [[France|French]] [... - Einsteinium (5780 bytes)
30: | [[Electron configuration]]
47: ! [[decay energy|DE]] [[mega|M]][[electron volt|eV]]
60: | [[spontaneous fission|SF]]<br />α
81: ...eutron]]s and was discovered in the debris of the first [[nuclear weapon|hydrogen bomb]] test. It was ...
84: ...h then went through seven [[beta decay]]s). These findings were kept secret until [[1955]] due to [[Co...
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