steam-gas cycle

Investigations on the Coupling of HTGR with Supercritical Steam Cycle

高温气冷堆超临界蒸汽动力循环电站研究

Indirect steam-gas turbine combined cycle is a potential technical trend.

间接蒸汽/气体透平联合循环是一个技术发展方向。

The gasify media& air and steam are send to the gasify oven after the high temperature pre-heating process, which raised the thermal value of the partially gasified product and consequently the efficiency of the combined cycle generating system.

气化介质&空气和蒸汽经高温预热后送入气化炉，可以提高部分气化的煤气热值，提高联合循环发电系统的效率。

The optional techniques of nuclear hydrogen production, including steam methane reforming ( SMR), high temperature electrolysis ( THE) and thermochemical cycle, was introduced and reviewed.

本文对核能制氢的工艺，包括甲烷蒸气重整、高温电解和热化学循环进行了综述；

An explicit metric algorithm is provided to calculate energy level efficiencies of steam thermodynamic cycle with multiple energy levels.

提出了多能级蒸汽循环能级效率的显式矩阵算法，可根据主循环参数直接求取能级效率，无需进行迭代。

An Analysis of Steam-Gas Cycle from the Thermodynamical Point of View

应用热力学理论分析蒸汽燃气联合循环

The neural network models for steam turbine power output and power needed in cycle cooling water system are established for the reference values of vacuum value of condenser and have a high precision and reliability.

建立汽轮机发电功率和循环水系统功耗神经网络模型以确定不同工况下凝汽器真空运行最优值，实现对二者的模拟预测，有很高的精度和可靠性。