Search results
|
|
No page with that title exists You can create an article with this title or put up a request for it. Please search Wikipedia before creating an article to avoid duplicating an existing one, which may have a different name or spelling.
Showing below up to 20 results starting with #1.
View (previous 20) (next 20) (20 | 50 | 100 | 250 | 500).
No article title matches
Page text matches
- Steel (28384 bytes)
3: ...on, but is also more [[brittle]]. One classical definition is that steels are iron-carbon alloys with ...
5: ...carbon, if present, is undesired. A more recent definition is that steels are iron-based alloys that c...
8: ... carbon. This process, known as [[smelting]], was first applied to metals with lower [[melting]] point...
11: ...dy-centered cubic to a [[face-centered cubic]] configuration, called '''[[austenite]]''' or '''γ...
13: ...cally [[metastable]] substance with about four to five times the strength of ferrite. Martensite has ... - Germany (46412 bytes)
19: |'''[[Official language]]''' || [[German language|German]]<s...
35: |'''Formation<br>Unification/reunification<br><br><br>'''
51: ...e|Romany]] and [[Frisian language|Frisian]] are officially recognised and protected as minority langua...
62: ...sand years, the state now known as Germany was unified as a modern nation-state only in [[1871]], when...
66: ...n strife, the [[Thirty Years War]] ([[1618]]) and finally the [[Peace of Westphalia]] ([[1648]]), that... - Timeline of invention (28171 bytes)
3: ...re is ambiguity, the date of the first practical, fielded version of the invention is used here.
8: * 1 MYA: Controlled [[fire]] in [[Cradle of Humankind|Africa]]
26: * [[Cloth]] woven from [[flax]] fiber
82: * [[673]]: [[Greek fire]]: [[Kallinikos]]
84: * [[852]]: [[Parachute]]: [[Armen Firman]] - List of inventors (14020 bytes)
73: ..., (1854-1932), [[United States|USA]] — roll film
83: *[[Adolf Eugen Fick]], (1829-1901) — [[contact lens]]
137: ...ited States|USA]] — [[Polaroid]] polarizing filters and the [[Land Camera]]
139: *[[Irving Langmuir]], (1851-1957), gas filled incandescent lamp, hydrogen welding
156: *[[Montgolfier]] brothers, (1740-1810) and (1745-1799), [[Fran... - Hybrid vehicle (47544 bytes)
8: ...ed national origin; generally, a [[Europe]]an car fitted with American mechanical components. This mea...
12: ...ious governmental agencies to engineer the next efficient and clean vehicle. The resulting hybrid pro...
14: ...nuclear power]], which can operate underwater indefinitely, though a number of nations continue to rel...
16: ...re gasoline propulsion, due to the much greater efficiencies of a central plant. Furthermore, coal is...
18: ...area, and power output, while increasing energy efficiency and reducing emissions. The Honda Insight,... - History of Germany (53864 bytes)
3: While the German people were not fully unified into a single political unit until the late 19t...
5: ..., dating from the 8th century until 1806, was the first German [[Reich]], or empire. The territory of ...
7: ...th the Roman-Germanic period and ends with the Unification of the two Germanys in [[1990]]. For furthe...
17: ...uringians, Langobardi. Around 260 AD, the Germans finally broke through the Limes and the Danube front...
23: ... [[Saint Boniface|Boniface]], who established the first monastery east of the Rhine at [[Fritzlar]]. B... - Beryllium (15119 bytes)
45: | [[Electron configuration]]
69: | 4.85 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
88: | [[Specific heat capacity]]
92: | 31.3 [[Siemens (unit)|µS]]/m
146: ... are used with [[X-ray]] detection diagnostics to filter out visible light and allow only X-rays to be... - Bismuth (9188 bytes)
47: | [[Electron configuration]]
90: | [[Specific heat capacity]]
94: | 0.867 [[siemens (unit)|MS]]/m
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. - Caesium (11026 bytes)
42: | [[Electron configuration]]
85: | [[Specific heat capacity]]
89: | 4.89 [[Siemens (unit)|MS]]/m
149: ...[francium]]. Caesium is the least abundant of the five non-radioactive alkali metals. (Technically, [...
154: ...he [[second]], on the properties of caesium. SI defines the [[second]] as 9,192,631,770 cycles of the ... - Cerium (12377 bytes)
43: | [[Electron configuration]]
67: | 20.69 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
86: | [[Specific heat capacity]]
90: | 1.15 [[Siemens (unit)|MS]]/m
188: ...teel]]s, cerium degasifies and can help reduce sulfides and oxides. - 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...
65: ...nductivity]] </td><td>17.2 [[siemens (unit)|MS]]/m
102: ...ll amounts of cobalt [[salt]]s. Cobalt-60, an artificially produced [[radioactive isotope]] of cobalt,... - Gallium (9500 bytes)
48: | [[Electron configuration]]
72: | 11.80 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
91: | [[Specific heat capacity]]
95: | 6.78 [[Siemens (unit)|MS]]/m
135: ...m is a brittle solid at low temperatures but liquefies slightly above room temperature and indeed will... - Gold (24329 bytes)
35: | 196.96655 [[unified atomic mass unit|u]]
46: | [[Electron configuration]]
90: | [[Specific heat capacity]]
94: | 45.2 [[siemens (unit)|MS]]/m
156: ...ly three metals which have an actual easily-identifiable color; the other two are [[copper]], which is... - Hafnium (9162 bytes)
43: | [[Electron configuration]]
86: | [[Specific heat capacity]]
90: | 3.12×10<sup>6</sup> [[siemens (unit)|S]]/m
156: ...]s. Hafnium is used in [[tungsten]] [[alloy]]s in filaments and [[electrode]]s and also acts as a [[ne...
160: ...es and these two elements are amongst the most difficult to separate. The only notable difference betw... - Indium (8657 bytes)
44: | [[Electron configuration]]
68: | 15.76 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
77: | 1.42 [[scientific notation|E]]-17 [[Pascal|Pa]] at 429 K
87: | [[Specific heat capacity]]
91: | 11.6 [[siemens (unit)|MS]]/m - Iodine (11416 bytes)
45: | [[Electron configuration]]
88: | [[Specific heat capacity]]
92: | 80 [[siemens (unit)|nS]]/m
142: ...oform]], [[carbon tetrachloride]], or carbon disulfide to form purple solutions (It is only slightly [...
146: ... where no marine foods are eaten—[[iodine deficiency]] gives rise to - Lithium (11359 bytes)
44: | [[Electron configuration]]
68: | 13.02 [[scientific notation|×]]10<sup>-6</sup> [[cubic metre ...
87: | [[Specific heat capacity]]
91: | 10.8 [[siemens (unit)|MS]]/m
137: Because of its large [[specific heat]] (the largest of any [[solid]]), lithium i... - Mercury (element) (24761 bytes)
34: | 200.59 [[unified atomic mass unit|u]]
45: | [[Electron configuration]]
88: | [[Specific heat capacity]]
92: | 1.04 [[siemens (unit)|MS]]/m
177: ...[[thermometer]]s, [[barometer]]s and other scientific apparatuses. Mercury is mostly obtained by reduc... - Platinum (10600 bytes)
36: |[[Electron configuration]] || <nowiki>[</nowiki>[[xenon|Xe]]<nowik...
66: |[[Specific heat capacity]] || 130 [[joule per kilogram-kelv...
68: |[[Electrical conductivity]] || 9.66 [[siemens (unit)|MS]]/m
164: ...stance characteristics are well-suited for making fine [[jewelry]].
171: ... metal was used by [[pre-Columbian]] Indians, the first European reference to platinum appears in 1557... - Polonium (10219 bytes)
27: ... </td><td>[209] [[unified atomic mass unit|u]]</td></tr>
35: <td>[[Electron configuration]] </td><td><nowiki>...
64: <td>[[Specific heat capacity]] </td><td>n...
66: ...nductivity]] </td><td>2.19 [[siemens (unit)|MS]]/m</td></tr>
100: ... that remove accumulated dust from [[photographic film]]s. The polonium in these brushes is sealed and...
View (previous 20) (next 20) (20 | 50 | 100 | 250 | 500).