free piston gas generator

Key technologies on monopropellant-powered hydraulic free piston engine

单组元液压自由活塞发动机关键技术

A dual piston hydraulic free piston engine(DHFPE) integrates internal combustion engines and hydraulic pumps into one compact unit.

液压自由活塞发动机(hydrau lic free p iston engine,以下简称HFPE)是将内燃机和液压泵集成为一体,以液体为工作介质实现动力非刚性传输的一种特种发动机。

Based on the analysis of much test and calculated data, a simplified method for estimate piston motion frequency of the free piston engines is introduced.

本文提出了一种计算自由活塞发动机活塞运动频率的简化方法。

free piston gas generator

自由活塞气体发生器

free - piston gasifier

自由活塞式气体发生器

gas generator (excl. free piston generators for gas turbines), with or without purifiers

燃气发生器（不包括燃气轮机自由活塞发动机）不论是否装有净化器

free-piston gas generator engine

自由活塞煤气发生炉发动机

free piston generator for gas turbines

燃气轮机自由活塞发电机

free piston air compressor

自由活塞空气压缩机

free piston gas turbine

自由活塞燃气透平自由活塞式燃气轮机

Performance Calculation and Design of Gas Bearings for Free-Piston Stirling Engine;

自由活塞热气机用气体轴承的性能计算与设计

Research on energy-saving control of piston typed pneumatic vacuum generator

活塞式气动真空发生器节能控制研究

The Technology Development of Free Piston Stirling Engine Power System In the World

自由活塞式热气机发电技术在世界上的发展

Design of a Dual Hydraulic Free Piston Engine Controller Based on DSP

基于dsp的液压自由活塞发动机控制器的设计

Piston Oscillation Characteristics of Single Piston Hydraulic Free-Piston Engines

单活塞液压自由活塞发动机活塞振动特性研究

Research and Development on New Type of Energy Saving Pneumatic Piston Vacuum Generator;

新型节能活塞式气动真空发生器的研究与开发

free piston gas turbine plant

自由活塞式燃气轮机装置

Motion Characteristics of a Single Piston Hydraulic Free Piston Engine

单活塞式液压自由活塞发动机运动特性研究

Excessive pressure may develop in the tank because of plugged or pinched lines or from a plugged liquid vapor separator or charcoal canister

由于管路堵塞，压瘪或油气分离器和活性炭罐被堵塞，油箱里会产生过高的压力。

In the roundpiston VV carburetor, the piston is moved by intake-manifold vacuum.

在圆形活塞的VV化油器中，活塞是由进气歧管真空移动的。

Simulation Study of Hydraulic Free-Piston Engine Based on AMESim/MATLAB

液压自由活塞发动机AMESim/MATLAB仿真