Electric story
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Description
Book Introduction
The foundation of modern civilization is energy, and electricity in particular.
Although it is invisible, many complex formulas must be used to utilize the energy called electricity.
So, electricity is the cleanest and most convenient when used without thinking, but it is also the most difficult for ordinary people to understand.
This book is about electricity.
But unlike other books, it doesn't focus on stories of invention and discovery.
It focuses on explaining what attempts and efforts were made to achieve the discoveries and inventions that changed human civilization.
By examining the thoughts of those who first discovered a principle or invented a device, we can better understand electrical engineering.
Although we have tried to make it as easy as possible for the general reader to understand, sometimes difficult explanations were unavoidable.
Therefore, it was divided into two parts, with Part 1 containing content that can be understood by high school students, and Part 2 containing somewhat more difficult content.
Although it is invisible, many complex formulas must be used to utilize the energy called electricity.
So, electricity is the cleanest and most convenient when used without thinking, but it is also the most difficult for ordinary people to understand.
This book is about electricity.
But unlike other books, it doesn't focus on stories of invention and discovery.
It focuses on explaining what attempts and efforts were made to achieve the discoveries and inventions that changed human civilization.
By examining the thoughts of those who first discovered a principle or invented a device, we can better understand electrical engineering.
Although we have tried to make it as easy as possible for the general reader to understand, sometimes difficult explanations were unavoidable.
Therefore, it was divided into two parts, with Part 1 containing content that can be understood by high school students, and Part 2 containing somewhat more difficult content.
index
Part 1: The History of Electric Civilization
1.0 Legendary Age
1.1 Discovery of static electricity
1.2 Electrostatic Studies
1.3 Flowing electricity
1.4 Study of flowing electricity
1.5 Electrical Circuit
1.6 Development of Electromagnetism
1.7 Invention of the electromagnet
1.8 Invention of the electric motor
1.9 Invention of the Generator
1.10 The Beginning of Telecommunications
1.11 The invention of the telephone and the patent dispute
1.12 Generator Development
1.13 Electricity in our daily lives
1.14 Start of power transmission
1.15 Establishment of the AC power system
1.16 Discovery of electromagnetic waves
1.17 Invention of wireless communication and vacuum tubes
1.18 Discovery of Superconductivity
1.19 Invention of Television
1.20 Lords and Tenants
1.21 Development of lighting
1.22 Invention of radar
1.23 After the war ended
1.24 Invention of the transistor
1.25 Invention of the integrated circuit (IC)
1.26 Electric Age
1.27 What is the future?
Part 2: Things the average person doesn't need to know, but experts should.
2.1 Coulomb's law
2.2 From Voltaic Cells to Dry Cells
2.3 Differentiation and Integration
2.4 Vector functions
2.5 Gradients, diversions, curl
2.6 Gauss's Law
2.7 Ampere's law
2.8 Faraday's law of electromagnetic induction
2.9 Maxwell's Equations and Electromagnetic Waves
2.10 Voltage, current, and resistance
2.11 Series connection, parallel connection
2.12 Kirchhoff's laws
2.13 Inductance and current change
2.14 Capacitance and Voltage Change
2.15 Exchange with R, L, C
2.16 R, L, C and the complex plane
2.17 Effective value
2.18 Resonance, oscillation, and free vibration
2.19 Motors and Generators
2.20 Multi-phase AC
2.21 Ferromagnetism, diamagnetism
2.22 Magnetrons and Microwave Ovens
2.23 Vacuum tubes and transistors
2.24 Logic Circuits
2.25 Analog Computers and OP-AMP Circuits
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1.0 Legendary Age
1.1 Discovery of static electricity
1.2 Electrostatic Studies
1.3 Flowing electricity
1.4 Study of flowing electricity
1.5 Electrical Circuit
1.6 Development of Electromagnetism
1.7 Invention of the electromagnet
1.8 Invention of the electric motor
1.9 Invention of the Generator
1.10 The Beginning of Telecommunications
1.11 The invention of the telephone and the patent dispute
1.12 Generator Development
1.13 Electricity in our daily lives
1.14 Start of power transmission
1.15 Establishment of the AC power system
1.16 Discovery of electromagnetic waves
1.17 Invention of wireless communication and vacuum tubes
1.18 Discovery of Superconductivity
1.19 Invention of Television
1.20 Lords and Tenants
1.21 Development of lighting
1.22 Invention of radar
1.23 After the war ended
1.24 Invention of the transistor
1.25 Invention of the integrated circuit (IC)
1.26 Electric Age
1.27 What is the future?
Part 2: Things the average person doesn't need to know, but experts should.
2.1 Coulomb's law
2.2 From Voltaic Cells to Dry Cells
2.3 Differentiation and Integration
2.4 Vector functions
2.5 Gradients, diversions, curl
2.6 Gauss's Law
2.7 Ampere's law
2.8 Faraday's law of electromagnetic induction
2.9 Maxwell's Equations and Electromagnetic Waves
2.10 Voltage, current, and resistance
2.11 Series connection, parallel connection
2.12 Kirchhoff's laws
2.13 Inductance and current change
2.14 Capacitance and Voltage Change
2.15 Exchange with R, L, C
2.16 R, L, C and the complex plane
2.17 Effective value
2.18 Resonance, oscillation, and free vibration
2.19 Motors and Generators
2.20 Multi-phase AC
2.21 Ferromagnetism, diamagnetism
2.22 Magnetrons and Microwave Ovens
2.23 Vacuum tubes and transistors
2.24 Logic Circuits
2.25 Analog Computers and OP-AMP Circuits
Books worth reading
Search
GOODS SPECIFICS
- Date of issue: August 5, 2010
- Page count, weight, size: 265 pages | 188*254*20mm
- ISBN13: 9788971633182
- ISBN10: 8971633182
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