User:Inductiveload/gallery

Sun Jun 05 07:29:22 BST 2011

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  Christ Condemning the Wicked

Sun Jun 05 05:15:24 BST 2011

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  Erythraen Sybil
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  Libyan Sybil
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  Victory

Sun Jun 05 04:08:57 BST 2011

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  The Creation of Man

Sun Jun 05 03:57:20 BST 2011

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  Monument of Lorenzo de' Medici

Sun Jun 05 03:35:42 BST 2011

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  Jesse in the Sistin Chapel
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  Descent from the Cross

Sun Jun 05 03:27:08 BST 2011

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  The Battle of the Centaurs
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  The Holy Family
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  The Prophet Jeremiah
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  The Resurrection (from a British Museum drawing)
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  The Resurrection
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  The Slave
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  Tomb of Giuliano de' Medici
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  Young Woman Wearing a Helmet

Sun Jun 05 03:20:25 BST 2011

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Thu May 12 20:51:39 BST 2011

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Thu Mar 03 23:42:53 GMT 2011

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  Diagram of shaving with and against the direction of the hair.

Thu Mar 03 22:43:49 GMT 2011

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Thu Mar 03 22:08:19 GMT 2011

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  Astringent Pencil.
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  Brush in cross-section.
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  Brush.
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  Razor's edge under the microscope.
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  How to correctly hold the razor.
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  Hone.
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  How to hone the razor.
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  Razor.
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  How to shave the left side under the jaw.
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  How to shave the left side.
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  How to shave the right side under the jaw.
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  How to shave the right side.
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  How to shave under the chin.
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  How to shave upwards.
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  Razor with square nose.
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  Stropping the razor.

Thu Sep 09 02:16:51 CST 2010

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Thu Sep 09 02:13:43 CST 2010

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Thu Sep 09 02:09:50 CST 2010

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Thu Sep 09 02:08:09 CST 2010

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Thu Sep 09 02:06:32 CST 2010

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Thu Sep 09 02:05:09 CST 2010

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Thu Sep 09 02:03:35 CST 2010

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Wed Sep 08 13:13:17 CST 2010

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Wed Sep 08 13:09:10 CST 2010

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Wed Sep 08 13:06:58 CST 2010

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Wed Sep 08 12:54:03 CST 2010

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Wed Sep 08 12:47:42 CST 2010

errors

• File:Toolbaricon_bolditalic_0.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 0.png
• File:Toolbaricon_bolditalic_1.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 1.png
• File:Toolbaricon_bolditalic_2.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 2.png
• File:Toolbaricon_bolditalic_3.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 3.png
• File:Toolbaricon_bolditalic_4.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 4.png
• File:Toolbaricon_bolditalic_5.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 5.png
• File:Toolbaricon_bolditalic_6.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 6.png
• File:Toolbaricon_bolditalic_7.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 7.png
• File:Toolbaricon_bolditalic_8.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 8.png
• File:Toolbaricon_bolditalic_9.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic 9.png
• File:Toolbaricon_bolditalic_;.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic ;.png
• File:Toolbaricon_bolditalic_?.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic ?.png
• File:Toolbaricon_bolditalic_@.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic @.png
• File:Toolbaricon_bolditalic_A.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic A.png
• File:Toolbaricon_bolditalic_B.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic B.png
• File:Toolbaricon_bolditalic_C.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic C.png
• File:Toolbaricon_bolditalic_D.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic D.png
• File:Toolbaricon_bolditalic_E.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic E.png
• File:Toolbaricon_bolditalic_F.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bolditalic F.png

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Wed Sep 08 12:41:10 CST 2010

errors

• File:Toolbaricon_bolditalic_:.png UploadForbiddenException uploading a file with this name is forbidden

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• File:Toolbaricon bolditalic :.png
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Wed Sep 08 12:30:36 CST 2010

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Wed Sep 08 12:15:08 CST 2010

errors

• File:Toolbaricon_bold_T.png UnexpectedAnswerException cannot parse uploadwarning location commons:Toolbaricon bold T.png

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Wed Sep 08 12:10:11 CST 2010

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Sun Dec 06 17:06:52 GMT 2009

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  ]] producing a negative general impedance −Z: $Z_{in}={\frac {v_{in}}{i_{in}}}=-Z$
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  ]] producing a negative capacitance −C: $Z_{in}={\frac {v_{in}}{i_{in}}}=-{\frac {j}{\omega C}}$
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  ]] producing a negative inductance: <math>Z_{in} = \frac{v_{in}}{i_{in}}=-j \omega C R_1^2
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  ]] producing a negative resistance −R: $R_{in}={\frac {v_{in}}{i_{in}}}=-R$

Mon Nov 16 01:14:57 GMT 2009

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  Stage 1: n-well diffusion.
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  Stage 2: Definition of active regions.
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  Stage 3: Polysilicon gate.
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  Stage 4: n+ diffusion.
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  Stage 5: p+ diffusion
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  Stage 6: contact holes.
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  Stage 7: Metalisation.

Mon Oct 26 08:48:09 GMT 2009

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  ]] subtraction: :$Q=X-Y\,$
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  Addition mod 16: $Q=\left(A+B\right)\%16$
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  Plain addition: :$Q=X+Y$ Note the result has one more bit that the operands.
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  Bitwise AND operator: :$Q=A{\mbox{AND}}B$
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  Multiplication mod 16: $Q=\left(A\times B\right)\%16$
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  Plain multiplication: :$Q=X+Y$ Note the result has twice as many bits asthe operands.
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  Bitwise OR operator: :$Q=A{\mbox{OR}}B$
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  Bitwise XOR operator: :$Q=A{\mbox{XOR}}B$

Sun Sep 20 21:28:01 BST 2009

errors

• File:Sine_Wave_100Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_10Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_20Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_30Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_40Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_50Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_60Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_70Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_80Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK
• File:Sine_Wave_90Hz_30s.ogg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK

• Frequency: 100Hz
• Frequency: 10Hz
• Frequency: 20Hz
• Frequency: 30Hz
• Frequency: 40Hz
• Frequency: 50Hz
• Frequency: 60Hz
• Frequency: 70Hz
• Frequency: 80Hz
• Frequency: 90Hz

Tue Jul 14 22:44:20 BST 2009

errors

• File:Screw_Head_-_Hex_Socket.svg UnexpectedAnswerException unexpected response data (UiSimpleActionBase) status HTTP/1.0 200 OK

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  Diagram of a screw head - Bristol splined drive
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  Diagram of a screw head - Clutch Type A, or "Bow-Tie"
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  Diagram of a screw head - Clutch Type G, or "Butterfly"
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  Diagram of a screw head - Crossed Slot
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  Diagram of a screw head - Double Hex
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  Diagram of a screw head - Frearson
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  Diagram of a screw head - External Hex Head
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  Diagram of a screw head - External Hex Head with Philips
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  Diagram of a screw head - Hex Socket (with Tamperproof Post)
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  Diagram of a screw head - Hex Socket
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  Diagram of a screw head - Mortorq
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  Diagram of a screw head - One-way clutch to prevent removal of screw.
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  Diagram of a screw head - Philips/Slotted Combo
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  Diagram of a screw head - Phillips with Tamperproof Post
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  Diagram of a screw head - Phillips
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  Diagram of a screw head - Polydrive
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  Diagram of a screw head - Pozidrive
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  Diagram of a screw head - Robertson square drive.
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  Diagram of a screw head - Slotted
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  Diagram of a screw head - Two-prong spanner type
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  Diagram of a screw head - Spline drive (12 splines)
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  Diagram of a screw head - Square/Slotted Combo
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  Diagram of a screw head - Square Drive with Tamperproof Post
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  Diagram of a screw head - Square Drive
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  Diagram of a screw head - External Square Head
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  Diagram of a screw head - Phillips Supadrive
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  Diagram of a screw head - Torq-set
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  Diagram of a screw head - External Torx (Hexalobular)
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  Diagram of a screw head - Torx with Tamperproof Post
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  Diagram of a screw head - Torx
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  Diagram of a screw head - TP3
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  Diagram of a screw head - Tri-wing
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  Diagram of a screw head - Triple square, or XZN

Thu Apr 30 21:35:57 BST 2009

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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.
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  ]], based on IEC 60617-12.

Thu Mar 26 22:56:53 GMT 2009

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  {10/1}
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  {10/2}
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  {10/3}
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  {10/4}
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  {10/5}
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  {11/1}
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  {11/2}
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  {11/3}
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  {11/4}
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  {11/5}
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  {12/1}
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  {12/2}
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  {12/3}
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  {12/4}
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  {12/5}
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  {12/6}
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  {13/1}
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  {13/2}
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  {13/3}
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  {13/4}
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  {13/5}
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  {13/6}
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  {3/1}
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  {4/1}
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  {4/2}
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  {5/1}
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  {5/2}
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  {6/1}
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  {6/2}
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  {6/3}
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  {7/1}
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  {7/2}
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  {7/3}
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  {8/1}
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  {8/2}
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  {8/3}
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  {8/4}
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  {9/1}
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  {9/2}
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  {9/3}
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  {9/4}

Wed Feb 25 03:39:18 GMT 2009

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  A diagram showing circles packing in a hexagonal packing arrangement.
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  A diagram showing circles packing in a square packing arrangement.

Sun Feb 01 01:09:18 GMT 2009

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  The moniamond.
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  The diamond.
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  The triamond.
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  One of the 3 types of tetriamond.
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  One of the 3 types of tetriamond.
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  One of the 3 types of tetriamond.
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  One of the 4 types of pentiamond.
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  One of the 4 types of pentiamond.
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  One of the 4 types of pentiamond.
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  One of the 4 types of pentiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.
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  One of the 12 types of hexiamond.

Mon Jan 26 04:15:03 GMT 2009

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  A circuit diagram of a comparator made using an operational amplifier.  :$V_{\mathrm {out} }=\left\{{\begin{matrix}V_{\mathrm {S+} }&V_{1}>V_{2}\\V_{\mathrm {S-} }&V_{1}<V_{2}\end{matrix}}\right.$
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  A circuit diagram of a differential amplifier made using an operational amplifier.  :$V_{\mathrm {out} }=V_{2}\left({\left(R_{\mathrm {f} }+R_{1}\right)R_{\mathrm {g} } \over \left(R_{\mathrm {g} }+R_{2}\right)R_{1}}\right)-V_{1}\left({R_{\mathrm {f} } \over R_{1}}\right)$
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  A circuit diagram of a differentiating amplifier made using an operational amplifier.  :$V_{\text{out}}=-RC\left({\frac {\operatorname {d} V_{\text{in}}}{\operatorname {d} t}}\right)\,\qquad {\text{where }}V_{\text{in}}{\text{ and }}V_{\text{out}}{\text{ are functions of time.}}$
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  A circuit diagram of a exponential amplifier made using an operational amplifier.  :$v_{\mathrm {out} }=-RI_{\mathrm {S} }e^{v_{\mathrm {in} } \over V_{\gamma }}$ where $I_{\mathrm {S} }$ is the saturation current.
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  A circuit diagram of a gyrator made using an operational amplifier. A gyrator behaves like an inductor, without containing bulky, expensive and hard-to-manufacture inductive components.
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  A circuit diagram of a instrumentation amplifier made using operational amplifiers. Combines very high input impedance, high common-mode rejection, low DC offset, and other properties used in making very accurate, low-noise measurements
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  A circuit diagram of a integrating amplifier made using an operational amplifier.  :$V_{\text{out}}=-\int _{0}^{t}{\frac {V_{\text{in}}}{RC}}\,\operatorname {d} t+V_{\text{initial}}\,$
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  A circuit diagram of a inverting amplifier made using an operational amplifier.  :$V_{\mathrm {out} }=-V_{\mathrm {in} }(R_{\mathrm {f} }/R_{\mathrm {in} })\!\$
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  A circuit diagram of a logarithmic amplifier made using an operational amplifier.  : $v_{\mathrm {out} }=-V_{\gamma }\ln \left({\frac {v_{\mathrm {in} }}{I_{\mathrm {S} }\cdot R}}\right)$ where $I_{\mathrm {S} }$ is the saturation current.
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  A circuit diagram of a negative impedance converter made using an operational amplifier. This simulates a negative resistance.  :$R_{\mathrm {in} }=-R_{3}{\frac {R_{1}}{R_{2}}}$
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  A circuit diagram of a non-inverting amplifier made using an operational amplifier.  :$V_{\text{out}}=V_{\text{in}}\left(1+{\frac {R_{2}}{R_{1}}}\right)\,$
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  here].
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  A circuit diagram of a basic precision rectifier made using an operational amplifier.
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  A circuit diagram of a Schmitt trigger made using an operational amplifier. Hysteresis from ${\frac {-R_{1}}{R_{2}}}V_{sat}$ to ${\frac {R_{1}}{R_{2}}}V_{sat}$.
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  A circuit diagram of a summing amplifier made using an operational amplifier.  :$V_{\mathrm {out} }=-R_{\mathrm {f} }\left({V_{1} \over R_{1}}+{V_{2} \over R_{2}}+\cdots +{V_{n} \over R_{n}}\right)$
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  A circuit diagram of a buffer amplifier made using an operational amplifier.  :$V_{\mathrm {out} }=V_{\mathrm {in} }\!\$ :$Z_{\mathrm {in} }=\infty$ (realistically, the differential input impedance of the op-amp itself, 1 MΩ to 1 TΩ multiplied by the open-loop gain)

Sat Jan 24 18:42:58 GMT 2009

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  Image filter box-section. This is a balanced section, the analogue of the unbalanced Pi-section
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  Image filter C half-section. This is a balanced section, the analogue of the unbalanced L half-section
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  Image filter H section. This is a balanced section, the analogue of the unbalanced T section
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  Image filter L half-section. This is an unbalanced section, the analogue of the balanced C half-section
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  Image filter balanced ladder network. This is a balanced network, the analogue of the unbalanced ladder network
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  Image filter unbalanced ladder network. This is an unbalanced network, the analogue of the balanced ladder network
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  Image filter Pi section. This is an unbalanced section, the analogue of the balanced box section
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  Image filter T section. This is an unbalanced section, the analogue of the balanced H section
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  Image filter X section (Pi section-derived).
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  Image filter X section.

Fri Jan 16 20:38:51 GMT 2009

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  ]]. A and B are the inputs, Q is the output
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  English: A labelled MIL/ANSI symbol for an Buffer. A is the input, Q is the output
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  ]]. A and B are the inputs, Q is the output
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  ]]. A and B are the inputs, Q is the output
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  English: A labelled MIL/ANSI symbol for an Buffer. A is the input, Q is the output
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  ]]. A and B are the inputs, Q is the output
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  ]]. A and B are the inputs, Q is the output
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  ]]. A and B are the inputs, Q is the output

Mon Dec 22 01:53:02 GMT 2008

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  Diagram showing a way of making an AND gate from a NAND and NOT gate.
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  Diagram showing a way of making and AND gate from NAND gates.
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  Diagram showing a way of making an AND gate from NOR gates.
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  Diagram showing a way of making a logical buffer from AND gates.
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  Diagram showing a way of making a logical buffer with 3x output drive from the six NOT gates on a hex gate IC (eg 4049)
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  Diagram showing a way of making a logical buffer with 3x output drive from the four AND gates on a quad gate IC (eg 4081)
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  Diagram showing a way of making a logical buffer using an OR gate.
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  Diagram showing a way of making a logical inverter (NOT gate) from a NAND gate.
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  Diagram showing a way of making a NOT gate from NOR gates.
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  Diagram showing a way of making an OR gate from NAND gates.
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  Diagram showing a way of making an OR gate from NOR and NOT gates.
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  Diagram showing a way of making an OR gate from NOR gates.

Sun Dec 21 23:30:05 GMT 2008

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  The "advisor" pieces.
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  The "cannon" pieces.
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  The "chariot" pieces.
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  The "elephant" pieces.
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  The "general" pieces.
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  The "horse" pieces.
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  The "soldier" pieces.

Sun Dec 21 18:38:50 GMT 2008

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Sun Dec 21 18:13:52 GMT 2008

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