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Cleaning tiny #Ferrite #Magnets ready to build a specialist magnetic assembly #Manufacturing | e-magnetsuk.com/magnet_products/magnet_materials/ferrite_...
This cool set was created using 4 up-cycled black bottle caps that measure 1 1/4". The paper used for these magnets is up-cycled as well.
Magnetic Fields (1969)
Metal, magnets, wire
Early in his career, Taskis began experiementing with how to use energy and movement in sculpture. 'What interested me was to put into iron sculpture a new, continuous, and live force... The result was in no way a graphic representation of a force but the force itself'. Artist Marcel Duchamp memorably described Takis as the 'happy ploughman of the magnetic fields'. Here a large grouping of flower-like sculptures are brought to life by the magnetic pendulums that swing overhead. This is the first time it has been displayed since the 1970s.
[Tate Modern]
Takis
(July – October 2019)
Over a 70-year career, Takis (Panayiotis Vassilakis, 1925–2019) created some of the most innovative art of the 20th century.
Takis sought out the essential poetry and beauty of the electromagnetic universe. He was one of the most original artistic voices in Europe from the 1960s and remained a pioneering figure throughout his life.
This the largest exhibition of Takis's work ever held in the UK, bringing together over 70 works. Throughout his career he produced antennae-like sculptures called Signals, and musical devices using magnets, electricity and viewer participation to generate resonant and random sounds. Such inventions earned Takis the admiration of the international avant-garde, ranging from the American Beat poets to artists such as Marcel Duchamp.
[Tate Modern]
Taken in Tate Modern
LARGER than the usual magnets you see. This collection of 3 decoupaged magnets measures:
2 large magnets - each 1-1/2"
1 extra large magnet - 2"
These are glass magnets. They measure about 3/4 inch in diameter. They are very strong neodymium rare earth magnets. They come in a set of 6. They coordinate with the hot pink/zebra office set.
Darryl singing at Magnet in Bonifacio High Street at The Fort during the Sound Design 11th anniversary party.
Place: House
Time: Morning
ISO: 800
Shutter Speed: 1/6
Aperture: F3.5
Model: Canon EOS450D
Technical Name: DOF #04
On Wednesday, May 30 a carnival-themed Magnet Redesignation Education Party was held at Children's Hospital Los Angeles to educate staff in a fun way about Magnet Recognition.
On Wednesday, May 30 a carnival-themed Magnet Redesignation Education Party was held at Children's Hospital Los Angeles to educate staff in a fun way about Magnet Recognition.
ZEN MAGNETS - Neodymium Magnetic Balls (@~1631) - Stegosaurus;
Contest Entry for: 58: Unlimited Zen Dinosaurs;
www.zenmagnets.com/blog/58-zen-dinosaurs/
Video: youtu.be/Nt-WRZBeu9s
I approached this by creating a core center blueprint to define the overall shape/proportions of the Head, rounded Body, and Tail shape silhouette using coupled layering. Next I build layers outward (on both sides) to provide the 3D body volume. From those layers, grew the front and rear legs, which continued the outward layering. The top plate radiators (normally split apart and staggered, but not feasible for this scale since they would have been too thick) were created using triangle to diamond shapes of varying sizes (tiny, small, medium, large). The quadruple spiked tail finished off this iconic herbivore dino. The completed build is completely solid and heavy.
The challenging aspects with this build include: how to generate a 3D look building outward, how to create the legs strong enough to support the body, how to get the rounded body profile layer by layer, how to balance & prevent the head and tail from tipping, and how to create and arrange the plates. Coupled magnetic fields across multi-stacked layers proved difficult to maintain alignments at times. Solidity density amplified the field attraction, especially when adding new single-layer components, causing strong attraction and/or deflection to target area affecting magnet positioning.
en.wikipedia.org/wiki/Stegosaurus
Build Component Breakdown:
===========================================================
(@952)= Core Center head,body,tail(top-bottom = 2x(10+20+26+32+40+48+8+58+10+74+52+20+9+28+8+20+10 -> (1+2x4+1)+(1+2x9+1)+(1+2x12+1)+(1+2x15+1)+(1+2x19+1)+((1+2x23+1)+(1+2x3+1))+((1+2x31+1)+(1+2x4+1))+(1+2x36+1)+(1+2x25+1)+(1+2x9+1))+((2x4+1)+(1+2x16+1)+(1+2x3+1))+(1+2x6+1)+(1+2x4+1));
(@456)= 1st outer layer = 2x(3+8+11+14+17+(22+3)+(27+4)+35+35+(4+14)+13+18);
(@252)= 2nd outer layer = 2x(5+8+11+13+15+16+16+15+13+14);
(@080)= 2nd rear leg layer = 2x(3+4+5+4+6+5+4+3+3+3);
(@070)= 2nd front leg layer = 2x(2+3+(6x4)+3+3);
(@082)= 3rd rear leg layer = 2x(3+4+5+5+5+4+3+(3x2));
(@020)= 3rd front leg layer = 2x(2+3+3+3+(4x2)+1);
(@068)= Large plate - 4x(4x(9-ball triangle)-(1x2 mount point));
(@048)= Medium plate - 2x(4x(6 triangle));
(@032)= Small plate - 2x(2x(6 triangle)+4);
(@006)= Tiny plate - 2x3 triangle;
(@027)= Tail - 4x(4+1 spikes)+(6+1 tip);
================================================================
~1631 Total (approximate due to fine tuning and changing on fly)
Monster Magnet playing in the 013. Paceshifters as support. 3/8/2013.
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Avail from us a wide range of Drawer Magnet that is made using high grade components. Drawer Magnet that we manufacture and export is widely acclaimed for its robust design, flawless functioning and longer functional life. Obtain from us these Drawer Magnets at highly competitive prices.
About Drawer Magnet
Each unit consists of permanent magnetic grids mounted one above the other
System with multiple grids is also available
Stainless steel grids
Grids can be easily removed for cleaning
Attached with flanges at outlet
Magnetic rods comprises of
Hard ferrite ceramic magnets
High intensity rare earth magnet (joined in a sturdy steel housing)
Housing made available as per the requirement.
For more details please visit our website: www.linuxmagnetics.com/drawer-magnet.php