| Edição |
Seção |
Título |
Arquivo |
| Volume 63, Nº 6 (2016) |
Energy Conservation, New, and Renewable Energy Sources |
Combined cycle power unit with a binary system based on waste geothermal brine at Mutnovsk geothermal power plant |
|
| Volume 63, Nº 7 (2016) |
Erratum |
Erratum to: “Development and application of an information–analytic system on the problem of flow accelerated corrosion of pipeline elements in the secondary coolant circuit of VVER-440-based power units at the Novovoronezh Nuclear Power Plant” |
|
| Volume 63, Nº 8 (2016) |
Energy Saving, New, and Renewal Sources of Energy |
World Geothermal Congress WGC-2015 |
|
| Volume 63, Nº 10 (2016) |
Metals and Strength Problems |
Methodology and measures for preventing unacceptable flow-accelerated corrosion thinning of pipelines and equipment of NPP power generating units |
|
| Volume 63, Nº 12 (2016) |
Energy Conservation, New and Renewable Energy Sources |
Choice of optimal working fluid for binary power plants at extremely low temperature brine |
|
| Volume 64, Nº 3 (2017) |
Energy Conservation, New and Renewable Energy Sources |
Modern geothermal power: GeoPP with geothermal steam turbines |
|
| Volume 64, Nº 4 (2017) |
Energy Conservation, New and Renewable Energy Sources |
Modern geothermal power: Binary cycle geothermal power plants |
|
| Volume 64, Nº 5 (2017) |
Metals and Strength Analysis |
Flow-accelerated corrosion 2016 international conference |
|
| Volume 65, Nº 8 (2018) |
Metals and Strength Analysis |
Flow-Accelerated Corrosion Wear of Power-Generating Equipment: Investigations, Prediction, and Prevention: 1. Flow-Accelerated Corrosion Processes and Regularities |
|
| Volume 65, Nº 8 (2018) |
Metals and Strength Analysis |
Flow-Accelerated Corrosion Wear of Power-Generating Equipment: Investigations, Prediction, and Prevention: 2. Prediction and Prevention of General and Local Flow-Accelerated Corrosion |
|
| Volume 65, Nº 9 (2018) |
Metals and Strength Analysis |
Flow-Accelerated Corrosion Wear of Power-Generating Equipment: Investigations, Prediction and Prevention: Part 3. Managing the Flow-Accelerated Corrosion of Pipelines and Equipment |
|
| Volume 65, Nº 10 (2018) |
Metals and Strength Analysis |
Achieving More Efficient and Reliable Operation of Geothermal Turbines by Using a Secondary Flash Steam Superheating System |
|
| Volume 66, Nº 2 (2019) |
Metals and Strength Analysis |
Local Flow-Accelerated Corrosion of Welds in NPP Power Unit Pipelines: Phenomenon Mechanism Features and Measures to Prevent Damage |
|
| Volume 66, Nº 5 (2019) |
Heat Supply and Heating Networks |
Bellows Expansion Joints of the Main Heating Network Pipelines: Problems and Damage Prevention |
|
| Volume 66, Nº 9 (2019) |
Metals and Strength Analysis |
Factors and Mechanisms Causing Wear of Turbine Heating Steam Condensate Pipeline Components at a Nuclear Power Plant |
|
| Volume 66, Nº 10 (2019) |
Energy Conservation, New and Renewable Energy Sources |
Optimization Investigations of a Combined Binary-Cycle Geothermal Power Plant with Two Separation Pressures and Flashed Steam Superheating Using a Hydrogen–Oxygen Steam Generator |
|
| Volume 66, Nº 11 (2019) |
Energy Conservation, New and Renewable Energy Sources |
A Combined Binary-Cycle Geothermal Power Plant with a Secondary Flash Steam Superheating System: Choice of Optimal Working Fluids |
|
