زیبایی و سلامت

فرهنگ و تاریخ

غذا و نوشیدنی

مهندسی معکوس

Industry 4.0 — Computers & Digital Automation (1960)

۱۷۶ نقشه موجود است

نقشه‌ها (۱۷۶)

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

توسط Charlie

نمایش 24 از 176

Industry 4.0 — Computers & Digital Automation (1960)

نقشه‌ها (۱۷۶)

Barium Ferrite Disc Magnet: Example 7 Without the Orienting Field (Gorter, Philips 1956, Ex. 7 Comparison)

Oriented Barium Ferrite Disc Magnet: Powder Ground 48 Hours (Gorter, Philips 1956, Ex. 7)

Oriented Barium Ferrite Disc Magnet: Heated to 500 °C Without a Field (Gorter, Philips 1956, Ex. 6)

Oriented Barium Ferrite Disc Magnet: Water Instead of a Binder (Gorter, Philips 1956, Ex. 5)

Barium Ferrite Disc Magnet: Example 4 Without the Orienting Field (Gorter, Philips 1956, Ex. 4 Comparison)

Oriented Barium Ferrite Disc Magnet: 10,000 Oersted Field (Gorter, Philips 1956, Ex. 4)

Oriented Barium Ferrite Disc Magnet: Binder Dried in a 2400 Oersted Field (Gorter, Philips 1956, Ex. 3)

Barium Ferrite Disc Magnet: Example 2 Without the Orienting Field (Gorter, Philips 1956, Ex. 2 Comparison)

Oriented Barium Ferrite Disc Magnet: Weak 2000 Oersted Field, Then Pressed (Gorter, Philips 1956, Ex. 2)

Oriented Barium Ferrite Disc Magnet: Set in a 9500 Oersted Field (Gorter, Philips 1956, Ex. 1)

Barium-Lead Ferrite Disc Magnet: 0.35 mol BaCO3 and 0.3 mol PbO2, 1145 °C (Went, Philips 1956, Ex. 32)

Lead Ferrite Disc Magnet: 0.15 mol PbO2 to 0.9 mol Iron Oxide, Presintered at 900 °C (Went, Philips 1956, Ex. 17)

Lead Ferrite Disc Magnet: 0.3 mol PbO2 to 1.5 mol Iron Oxide, Two-Stage Presinter (Went, Philips 1956, Ex. 16)

Lead Ferrite Disc Magnet: 0.3 mol PbO2 to 1.2 mol Iron Oxide, Two-Stage Presinter (Went, Philips 1956, Ex. 15)

Barium Ferrite Disc Magnet from Natural Magnetite, Ground Half an Hour Only (Went, Philips 1956, Ex. 36, Procedure 3)

Barium Ferrite Disc Magnet from Natural Magnetite, Pressed Without Presintering (Went, Philips 1956, Ex. 36, Procedure 2)

Barium Ferrite Disc Magnet from Natural Magnetite, Presintered at 900 °C (Went, Philips 1956, Ex. 36, Procedure 1)

Strontium Ferrite Disc Magnet, Sintered 4 Hours at 1300 °C (Went, Philips 1956, Ex. 34)

Strontium Ferrite Disc Magnet, Sintered 4 Hours at 1200 °C (Went, Philips 1956, Ex. 34)

Strontium Ferrite Disc Magnet, Sintered 4 Hours at 1100 °C (Went, Philips 1956, Ex. 34)

Barium-Strontium Ferrite Disc Magnet: 0.09 mol BaCO3, 0.21 mol SrCO3, 1300 °C (Went, Philips 1956, Ex. 31)

Barium-Strontium Ferrite Disc Magnet: 0.21 mol BaCO3, 0.09 mol SrCO3, 1300 °C (Went, Philips 1956, Ex. 30)

Barium-Strontium Ferrite Disc Magnet: 0.5 mol BaCO3, 0.5 mol SrCO3, 1240 °C (Went, Philips 1956, Ex. 29)

Barium-Strontium Ferrite Disc Magnet: 0.5 mol BaCO3, 0.5 mol SrCO3, 1260 °C (Went, Philips 1956, Ex. 28)