Alloy - Revision history

John: /* Examples */

2019-04-05T23:15:55Z

Examples

← Older revision		Revision as of 19:15, 5 April 2019
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	== Examples ==		== Examples ==
			;Vanadium steel: Used in early Ford’s.

	;{{wp\|Crown gold}}		;{{wp\|Crown gold}}
	: A 22 {{wp\|karat\|karat (kt)}} ({{frac\|916\|2\|3}} fine) gold alloy used for English & UK gold coins from 1526 (Henry VIII) to 1914 (as currency), and since then for trade and bullion coins. ({{frac\|22\|24}} gold, {{frac\|2\|24}} copper)		: A 22 {{wp\|karat\|karat (kt)}} ({{frac\|916\|2\|3}} fine) gold alloy used for English & UK gold coins from 1526 (Henry VIII) to 1914 (as currency), and since then for trade and bullion coins. ({{frac\|22\|24}} gold, {{frac\|2\|24}} copper)

imported>MJBurrage: /* Examples */

2018-11-09T02:38:02Z

Examples

← Older revision		Revision as of 22:38, 8 November 2018
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	:1500's katana steel 𝜌 = {{alloy \|Fe=0.99411 \|C=0.005 \|Mn=0.00005 \|Si=0.0004 \|P=0.00034 \|Cu=0.0001}}		:1500's katana steel 𝜌 = {{alloy \|Fe=0.99411 \|C=0.005 \|Mn=0.00005 \|Si=0.0004 \|P=0.00034 \|Cu=0.0001}}

	;Alloy steel, 5160		;Alloy steel, AISI 5160 (UNS G51600)<sup>[https://www.azom.com/article.aspx?ArticleID=6743 AZO]</sup>
	: ~~Iron~~ {{abbr\|97.45%\|97.~~425% ±~~ .34%}}, ~~Manganese ~~{{abbr\|.88%\|.~~875% ±~~ .~~125~~%}}, ~~Chromium ~~{{abbr\|.8%\|.~~8% ±~~ .1%}}, ~~Carbon ~~{{abbr\|.6%\|.~~6% ±~~ .04%}}, ~~Silicon ~~{{abbr\|.2%\|≤ .~~225% ±~~.~~075~~%}}, ~~Phosphorus ~~{{abbr\|.04%\|.035%}}, ~~Sulfur ~~{{abbr\|.03%\|≤ .04%}}. ~~<span class=nw>~~𝜌 = {{alloy \|Fe=0.9745 \|Mn=0.~~0088~~ \|Cr=0.008 \|C=0.006 \|P=0.~~0004~~ \|Si=0.~~002~~ \|S=0.0003}}~~</span>~~		: {{abbr\|97.45%\|97.085–97.84%}} iron, {{abbr\|0.6%\|0.56–0.64%}} carbon, {{abbr\|0.8%\|0.7–0.9%}} chromium, {{abbr\|0.87%\|0.75–1.0%}} manganese, {{abbr\|0.22%\|0.15–0.3%}} silicon, {{abbr\|0.03%\|≤ 0.035%}} phosphorus, {{abbr\|0.03%\|≤ 0.04%}} sulfur.
			: 𝜌 = {{abbr\|7.85\| {{alloy \|Fe=0.9745 \|Mn=0.0087 \|Cr=0.008 \|C=0.006 \|P=0.0003 \|Si=0.0022 \|S=0.0003}} calculated}}

	;Tool Steel, A2		;Tool Steel, A2 (UNS T30102)<sup>[https://www.azom.com/article.aspx?ArticleID=6218 AZO]</sup>
	: ~~Iron 91~~.~~375~~%, ~~Chromium~~ 5%, ~~Carbon ~~1%, ~~Manganese ~~1%, ~~Molybdenum 1~~%, ~~Vanadium ~~.~~325~~%, ~~Nickel ~~.3%. ~~<span class=nw>~~𝜌 = {{alloy \|Fe=0.~~91375~~ \|C=0.01 \|Cr=0.05 \|Mn=0.01 \|Mo=0.01 \|Ni=0.003 \|V=0.~~00325~~}}~~</span>~~		: 90.28% iron, 1% carbon, {{abbr\|5.13%\|4.75–5.5%}} chromium, 1% manganese, 0.5% silicon, 0.3% nickel, {{abbr\|1.15%\|0.9–1.4%}} molybdenum, {{abbr\|0.33%\|0.15–0.5%}} vanadium, 0.25% copper, 0.03% phosphorus, 0.03% sulfur.
			: 𝜌 = {{abbr\|7.86\| {{alloy \|Fe=0.9028 \|C=0.01 \|Mn=0.01 \|Si=0.005 \|Cr=0.0513 \|Ni=0.003 \|Mo=0.0115 \|V=0.0033 \|Cu=0.0025 \|P=0.0003 \|S=0.0003}} calculated}}

	=== Density ===		=== Density ===

imported>MJBurrage: /* Examples */

2018-11-05T06:15:26Z

Examples

← Older revision		Revision as of 02:15, 5 November 2018
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	:1700's katana steel 𝜌 = {{alloy \|Fe=0.9933 \|C=0.0056 \|Mn=0.00005 \|Si=0.0002 \|P=0.00075 \|Cu=0.0001}}		:1700's katana steel 𝜌 = {{alloy \|Fe=0.9933 \|C=0.0056 \|Mn=0.00005 \|Si=0.0002 \|P=0.00075 \|Cu=0.0001}}
	:1500's katana steel 𝜌 = {{alloy \|Fe=0.99411 \|C=0.005 \|Mn=0.00005 \|Si=0.0004 \|P=0.00034 \|Cu=0.0001}}		:1500's katana steel 𝜌 = {{alloy \|Fe=0.99411 \|C=0.005 \|Mn=0.00005 \|Si=0.0004 \|P=0.00034 \|Cu=0.0001}}

			;Alloy steel, 5160
			: Iron {{abbr\|97.45%\|97.425% ± .34%}}, Manganese {{abbr\|.88%\|.875% ± .125%}}, Chromium {{abbr\|.8%\|.8% ± .1%}}, Carbon {{abbr\|.6%\|.6% ± .04%}}, Silicon {{abbr\|.2%\|≤ .225% ±.075%}}, Phosphorus {{abbr\|.04%\|.035%}}, Sulfur {{abbr\|.03%\|≤ .04%}}. <span class=nw>𝜌 = {{alloy \|Fe=0.9745 \|Mn=0.0088 \|Cr=0.008 \|C=0.006 \|P=0.0004 \|Si=0.002 \|S=0.0003}}</span>

			;Tool Steel, A2
			: Iron 91.375%, Chromium 5%, Carbon 1%, Manganese 1%, Molybdenum 1%, Vanadium .325%, Nickel .3%. <span class=nw>𝜌 = {{alloy \|Fe=0.91375 \|C=0.01 \|Cr=0.05 \|Mn=0.01 \|Mo=0.01 \|Ni=0.003 \|V=0.00325}}</span>

	=== Density ===		=== Density ===

imported>MJBurrage at 05:11, 3 November 2018

2018-11-03T05:11:17Z

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 |}
 </dd></dl></dd>
 == References ==

imported>MJBurrage: /* Examples */

2018-11-01T02:45:11Z

Examples

← Older revision		Revision as of 22:45, 31 October 2018
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	\| 𝜌 = {{alloy\|Cu=29/32\|tin=3/64\|zinc=3/64}}		\| 𝜌 = {{alloy\|Cu=29/32\|tin=3/64\|zinc=3/64}}
	\|}		\|}

			:1700's katana steel 𝜌 = {{alloy \|Fe=0.9933 \|C=0.0056 \|Mn=0.00005 \|Si=0.0002 \|P=0.00075 \|Cu=0.0001}}
			:1500's katana steel 𝜌 = {{alloy \|Fe=0.99411 \|C=0.005 \|Mn=0.00005 \|Si=0.0004 \|P=0.00034 \|Cu=0.0001}}

	=== Density ===		=== Density ===

imported>MJBurrage: /* References */

2018-11-01T02:11:04Z

References

← Older revision		Revision as of 22:11, 31 October 2018
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	}}		}}
	* {{cite \|title=PGM Facies variations for Cu-PGE deposits in the Coldwell Alkaline Complex, Ontario, Canada \|work=Ore Geology Reviews \|iss=90 \|date=April 2017 \|doi=10.1016/j.oregeorev.2017.04.028 \|first1=David \|last1=Good \|first2=Louis J. \|last2=Cabri \|first3=Doreen E. \|last3=Ames}}		* {{cite \|title=PGM Facies variations for Cu-PGE deposits in the Coldwell Alkaline Complex, Ontario, Canada \|work=Ore Geology Reviews \|iss=90 \|date=April 2017 \|doi=10.1016/j.oregeorev.2017.04.028 \|first1=David \|last1=Good \|first2=Louis J. \|last2=Cabri \|first3=Doreen E. \|last3=Ames}}
	:aurian silver (<50 at% Ag)		:aurian silver (<50 at% Ag) – i.e. “Egyptian silver” derived from silver-rich alluvial gold deposits and alloyed with as much as 15% copper.
	:electrum (50–80 at% Ag)		:electrum (50–80 at% Ag)
	:gold (>80 at% Ag)		:gold (>80 at% Ag)

imported>MJBurrage: /* References */

2018-10-30T04:45:48Z

References

← Older revision		Revision as of 00:45, 30 October 2018
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	\|webissn=2190-7579		\|webissn=2190-7579
	}}		}}
	* {{cite \|title=PGM Facies variations for Cu-PGE deposits in the Coldwell Alkaline Complex, Ontario, Canada \|work=Ore Geology Reviews \|iss=90 \|date=April 2017 \|doi=10.1016/j.oregeorev.2017.04.028		* {{cite \|title=PGM Facies variations for Cu-PGE deposits in the Coldwell Alkaline Complex, Ontario, Canada \|work=Ore Geology Reviews \|iss=90 \|date=April 2017 \|doi=10.1016/j.oregeorev.2017.04.028 \|first1=David \|last1=Good \|first2=Louis J. \|last2=Cabri \|first3=Doreen E. \|last3=Ames}}
	\|first1=David \|last1=Good \|first2=Louis J. \|last2=Cabri \|~~first31~~=Doreen E. \|last3=Ames}}
	:aurian silver (<50 at% Ag)		:aurian silver (<50 at% Ag)
	:electrum (50–80 at% Ag)		:electrum (50–80 at% Ag)
	:gold (>80 at% Ag)		:gold (>80 at% Ag)

imported>MJBurrage: /* References */

2018-10-30T04:16:03Z

References

← Older revision		Revision as of 00:16, 30 October 2018
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	\|webissn=2190-7579		\|webissn=2190-7579
	}}		}}
			* {{cite \|title=PGM Facies variations for Cu-PGE deposits in the Coldwell Alkaline Complex, Ontario, Canada \|work=Ore Geology Reviews \|iss=90 \|date=April 2017 \|doi=10.1016/j.oregeorev.2017.04.028
			\|first1=David \|last1=Good \|first2=Louis J. \|last2=Cabri \|first31=Doreen E. \|last3=Ames}}
			:aurian silver (<50 at% Ag)
			:electrum (50–80 at% Ag)
			:gold (>80 at% Ag)

imported>MJBurrage: /* Examples */

2018-10-30T01:33:58Z

Examples

← Older revision		Revision as of 21:33, 29 October 2018
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	! “Coin electrum” (d20)		! “Coin electrum” (d20)
	\| 906 fine electrum		\| 906 fine electrum
	\| {{frac\|29\|72}} Au, {{frac\|145\|288}} Ag, {{frac\|3\|32}} Cu		\| {{frac\|25\|64}} Au, {{frac\|33\|64}} Ag, {{frac\|3\|32}} Cu <!-- {{frac\|29\|72}} Au, {{frac\|145\|288}} Ag, {{frac\|3\|32}} Cu -->
	\| 𝜌 = {{alloy\|Au=29/72\|Ag=~~145~~/~~288~~\|Cu=3/32}}		\| 𝜌 = {{alloy\|Au=25/64\|Ag=33/64\|Cu=3/32}}
	\|-		\|-
	! “Coin silver” (d20)		! “Coin silver” (d20)
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	! “Coin copper” (d20)		! “Coin copper” (d20)
	\| 906 fine copper		\| 906 fine copper
	\| {{frac\|29\|32}} copper, {{frac\|3\|32}} ~~_____~~		\| {{frac\|29\|32}} copper, {{frac\|3\|32}} tin/zinc
	\| 𝜌 = ~~<!--~~ {{alloy\|Cu=29/32\|Cu=3/32}} ~~-->~~		\| 𝜌 = {{alloy\|Cu=29/32\|tin=3/64\|zinc=3/64}}
	\|}		\|}

imported>MJBurrage: /* Examples */

2018-10-30T01:08:42Z

Examples

← Older revision		Revision as of 21:08, 29 October 2018
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	: 𝜌 = {{alloy\|Au=22/24\|Cu=2/24}} g/㎝³		: 𝜌 = {{alloy\|Au=22/24\|Cu=2/24}} g/㎝³

	;~~“standard~~ gold” (US)		;“Standard gold” (US)
	: A 900 fine gold alloy used for US coins. (90% gold, ≤5% silver, 5-10% copper)		: A 900 fine gold alloy used for US coins. (90% gold, ≤5% silver, 5-10% copper)
	: 𝜌 = {{alloy\|Au=.9\|Ag=.025\|Cu=.075}}±.12 g/㎝³		: 𝜌 = {{alloy\|Au=.9\|Ag=.025\|Cu=.075}}±.12 g/㎝³

			;“Crown electrum” (d20)
			: A 4 {{abbr\|℥\|line1=troy ounce, \|line2=1 ℥ = ¹⁄₁₂ ℔ (troy pound)}} {{frac\|17\|3\|4}} {{abbr\|ʤ\|line1=pennyweight, \|line2=1 ʤ = ¹⁄₂₀ ℥ (troy ounce) \|line3=1 ʤ = ¹⁄₂₄₀ ℔ (troy pound)}} gold, 6 ℥ 3½ ʤ silver, {{frac\|18\|3\|4}} ʤ copper alloy worth {{frac\|2}} of crown gold by weight (presuming that sterling silver is worth {{frac\|10}} of crown gold by weight). (i.e. the d20 gold-silver standard)

	;{{wp\|Britannia silver}}		;{{wp\|Britannia silver}}
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	: 𝜌 = {{alloy\|Ag=.926\|Cu=.074}} g/㎝³		: 𝜌 = {{alloy\|Ag=.926\|Cu=.074}} g/㎝³

	;~~“standard~~ silver” (US)		;“Standard silver” (US)
	: A 900 fine silver alloy used for US coins from ____ to 1964. (90% silver, 10% copper)		: A 900 fine silver alloy used for US coins from ____ to 1964. (90% silver, 10% copper)
	: 𝜌 = {{alloy\|Ag=.9\|Cu=.1}} g/㎝³		: 𝜌 = {{alloy\|Ag=.9\|Cu=.1}} g/㎝³

			{\|
			! “Coin gold” (d20)
			\| 906 fine gold
			\| {{frac\|29\|32}} gold, {{frac\|3\|32}} copper
			\| 𝜌 = {{alloy\|Au=29/32\|Cu=3/32}}
			\|-
			! “Coin electrum” (d20)
			\| 906 fine electrum
			\| {{frac\|29\|72}} Au, {{frac\|145\|288}} Ag, {{frac\|3\|32}} Cu
			\| 𝜌 = {{alloy\|Au=29/72\|Ag=145/288\|Cu=3/32}}
			\|-
			! “Coin silver” (d20)
			\| 906 fine silver
			\| {{frac\|29\|32}} silver, {{frac\|3\|32}} copper
			\| 𝜌 = {{alloy\|Ag=29/32\|Cu=3/32}}
			\|-
			! “Coin copper” (d20)
			\| 906 fine copper
			\| {{frac\|29\|32}} copper, {{frac\|3\|32}} _____
			\| 𝜌 = <!-- {{alloy\|Cu=29/32\|Cu=3/32}} -->
			\|}

	=== Density ===		=== Density ===