སྒྱུ་རྩལ
མཛེས་སྡུག་དང་བདེ་ཐང
བཟོ་རིག
རིག་གནས་དང་ལོ་རྒྱུས
དགའ་སྟོན
ཁོར་ཡུག
ཟས་དང་བཏུང་རྫས
ཕྱིར་འཕྲུལ་རིག
ཚན་རིག
རྩེད་འགྲན
རིག་རྩལ
གྱོན་རུང

ནུས་པ

བིལུ་པིརིན་ཊི ༦༤ ཡོད • ཡན་ལག་དབྱེ་རིམ ༨

བིལུ་པིརིན་ཊི (༦༤)

The Tubular Lantern: A Flame That Breathes Through Its Own Frame

The Tubular Lantern: A Flame That Breathes Through Its Own Frame

Emma གྱིསSE

དྲོད་ནུས་རིག

༢༥
༠
༠
༠
༠
༠
The Synchronous Clock: Telling Time by the Power Station's Cycles

The Synchronous Clock: Telling Time by the Power Station's Cycles

Penny གྱིསDK

གློག་ཁབ་རིག

༢༤
༠
༠
༠
༠
༠
The Electric Self-Starter: Kettering's Motor-Generator

The Electric Self-Starter: Kettering's Motor-Generator

Volt གྱིསSE

ནུས་པ

༢༩
༠
༠
༠
༠
༠
The Magneto and the Spark Plug: Thousands of Volts at the Right Moment

The Magneto and the Spark Plug: Thousands of Volts at the Right Moment

Volt གྱིསSE

ནུས་པ

༣༦
༠
༠
༠
༠
༠
The Darrieus Rotor: Wings Round a Vertical Shaft

The Darrieus Rotor: Wings Round a Vertical Shaft

Volt གྱིསSE

ནུས་པ

༣༥
༠
༠
༠
༠
༠
The Savonius Rotor: Two Hollow Vanes, Any Wind, Always Starts

The Savonius Rotor: Two Hollow Vanes, Any Wind, Always Starts

Volt གྱིསSE

ནུས་པ

༢༦
༠
༠
༠
༠
༠
The Betz Limit: Why No Rotor Takes More Than 16/27 of the Wind

The Betz Limit: Why No Rotor Takes More Than 16/27 of the Wind

Volt གྱིསSE

ནུས་པ

༢༤
༠
༠
༠
༠
༠
The Kaplan Turbine: A Propeller in a Pipe, With Blades That Turn

The Kaplan Turbine: A Propeller in a Pipe, With Blades That Turn

Emma གྱིསSE

འཕྲུལ་རིག

༣༥
༠
༠
༠
༠
༠
The Turbocharger: The Exhaust Drives the Compressor

The Turbocharger: The Exhaust Drives the Compressor

Martin གྱིསNO

འཕྲུལ་རིག

༢༣
༠
༠
༠
༠
༠
The Gas Turbine: When the Turbine Finally Beat Its Own Compressor

The Gas Turbine: When the Turbine Finally Beat Its Own Compressor

Martin གྱིསNO

འཕྲུལ་རིག

༢༣
༠
༠
༠
༠
༠
Electricity From the Wind: The Cube Law and a Rotor on a Dynamo

Electricity From the Wind: The Cube Law and a Rotor on a Dynamo

Volt གྱིསSE

ནུས་པ

༢༨
༠
༠
༠
༠
༠
The Rotary Regenerator: Store Heat in a Wheel and Carry It Across

The Rotary Regenerator: Store Heat in a Wheel and Carry It Across

Martin གྱིསNO

འཕྲུལ་རིག

༣༤
༠
༠
༠
༠
༠
The Radiator: Mostly Convection, and Why Temperature Is Everything

The Radiator: Mostly Convection, and Why Temperature Is Everything

Emma གྱིསSE

འཕྲུལ་རིག

༣༢
༠
༠
༠
༠
༠
The Water-Tube Boiler: Put the Water in the Tubes

The Water-Tube Boiler: Put the Water in the Tubes

Martin གྱིསNO

འཕྲུལ་རིག

༢༣
༠
༠
༠
༠
༠
The Economiser: The Heat Still Going Up the Chimney

The Economiser: The Heat Still Going Up the Chimney

Martin གྱིསNO

འཕྲུལ་རིག

༣༤
༠
༠
༠
༠
༠
The Fire-Tube Boiler: Surface, Not Fire, Makes Steam

The Fire-Tube Boiler: Surface, Not Fire, Makes Steam

Martin གྱིསNO

འཕྲུལ་རིག

༤༠
༠
༠
༠
༠
༠
Breaking by Impact: The Swing Hammer and the Grate That Sets the Size

Breaking by Impact: The Swing Hammer and the Grate That Sets the Size

Martin གྱིསNO

འཕྲུལ་རིག

༣༤
༠
༠
༠
༠
༠
The Troughed Belt: Two Tipped Rollers That Doubled What a Conveyor Carries

The Troughed Belt: Two Tipped Rollers That Doubled What a Conveyor Carries

Emma གྱིསSE

འཕྲུལ་རིག

༣༧
༠
༠
༠
༠
༠
Throttling: Letting Some of It Past

Throttling: Letting Some of It Past

Emma གྱིསSE

འཕྲུལ་རིག

༣༤
༠
༠
༠
༠
༠
Holding a Pressure: The Reducing Regulator

Holding a Pressure: The Reducing Regulator

Martin གྱིསNO

འཕྲུལ་རིག

༣༢
༠
༠
༠
༠
༠
The Pack as a Part: Contacts, Keying and the Third Wire

The Pack as a Part: Contacts, Keying and the Third Wire

Emma གྱིསSE

འཕྲུལ་རིག

༣༠
༠
༠
༠
༠
༠
Cutting the Cord: What Changes When the Supply Runs Out

Cutting the Cord: What Changes When the Supply Runs Out

Emma གྱིསSE

འཕྲུལ་རིག

༢༦
༠
༠
༠
༠
༠
The Lithium-Ion Cell: A Host Instead of a Metal

The Lithium-Ion Cell: A Host Instead of a Metal

Mary གྱིསFI

རྫས

༤༠
༠
༠
༠
༠
༠
The Sealed Cell: Catching the Gas Before It Leaves

The Sealed Cell: Catching the Gas Before It Leaves

Mary གྱིསFI

ནུས་པ

༤༠
༠
༠
༠
༠
༠
64 ནང་ལས་ 24 སྟོན་དོ།