压缩机气缸

测取往复压缩机气缸压力的新方法

A New Method for Measuring Cylinder Pressure of a Reciprocating Compressor

往复式压缩机气缸压力模拟曲线提取

Fault Diagnosis of Reciprocating Compressor by Using Simulated Cylinder Pressure Curve

活塞式压缩机气缸内常见小异物危害分析

Damage Analysis of the Common Eyewinkers in the Cylinder of Piston Compressor

D4Y280/2.75G型压缩机气缸断裂修复

Repair of fracture of D4Y280 / 2.75G compresser 's cylinder

氢氮气压缩机气缸废油的再生

Regeneration of Spent Oil from Cylinders of a Hydrogen Nitrogen Mixture Compressor

对压缩机气缸盖上螺栓的断裂原因进行了分析。

The fracturing reason of bolt for the compressor cover was analyzed .

压缩机气缸盖螺栓断裂原因分析

Failure Analysis of the Bolt on the Compressor Cylinder Cover

双工作腔滑片压缩机气缸型线的研究及特性分析

Cylinder Profile of Double Acting Chambers for Vane Compressors

空气压缩机气缸润滑方式改进

Improvement of Lubricating Methods for Air Compressor 's Cylinder

活塞式压缩机气缸工作过程的计算机模拟

Simulation of the Working Process of Reciprocating Compressor Cylinder

压缩机气缸同轴度测量仪的研制

Measurer Study for Axiality Measuring of Compressor Cylinder

往复式压缩机气缸性能状态模糊评定方法研究

Research on the fuzzy method to evaluate the cylinder performance of the reciprocating compressor

大型活塞式压缩机气缸体的成形工艺

Forming Technology of Cylinder of Large Piston Compressor

石油空压机车的压缩机气缸三维有限元分析

3-D Finite Element Analysis of Air Compressor Cylinders

超高压压缩机气缸螺栓疲劳寿命评估

Analysis on Fatigue Life to the Air Cylinder Bolt in Super High Pressure Compressor

活塞式压缩机气缸磨损的镗缸修复

The Turning Repair of Rubbed Piston Compressor Cylinder

风冷压缩机气缸冷却效果的实验研究

Cooling Effect on Cylinder Wall of Compressor

开式双动曲柄压力机往复式压缩机气缸压力模拟曲线提取

Open-type double action crank press Fault Diagnosis of Reciprocating Compressor by Using Simulated Cylinder Pressure Curve

这种压缩机气缸中基本上不含油，其活塞环和填料一般为聚四氟乙烯。

Basically , this compressor is not in the oil cylinder , the piston ring and packing usually PTFE .

船舶总体弯曲变形对船用卧式压缩机气缸安装余隙最小值的影响

The Effect of the Ship Longitudinal Bending Deformation on the Minimum Value of the Cylinder Assembly Clearance of Marine Horizontal Compressors

高强度厚壁大型合金灰铸铁压缩机气缸体材质的试验研究

The CAT System for Hermetic Compressor A Study on High strength Alloyed Cast Iron Used for Heavy-Section Cylinder Block of Large Compressor

船用卧式压缩机气缸安装余隙设计应计入运行环境因素的影响

The influence of movement environment factors should be included into the design of the cylinder assembling remaining clearance of the marine horizontal compressor

在工程中经常出现破碎的小阀片等异物掉入往复活塞式压缩机气缸内造成活塞撞缸的问题。

The case that the small valve pieces drop into cylinder of reciprocating compressor is often occurred in engineering , then the cylinder is impacted by piston .

带唇口封气活门的高超侧压进气道过渡态工况气动性能超高压压缩机气缸螺栓疲劳寿命评估

Dynamic investigation on hypersonic sidewall compression inlets with cowl valve during the process of transition Analysis on Fatigue Life to the Air Cylinder Bolt in Super High Pressure Compressor

本实用新型用以解决传统旋转式压缩机气缸吸气波动大的问题，提供改进的旋转式压缩机气缸。

The utility model aims to solve the problem of big suction fluctuation of the cylinder of a traditional rotary compressor , and provide an improved rotary compressor cylinder .

由于压缩机气缸缸盖制造上的缺陷和承受气体的反复冲击，气缸缸盖产生裂纹是比较容易出现的问题之一。

Due to the disfigurement on compressor cavity cover by fabrication and the reduplicative striking by gas , the crack on the cavity cover is one of the most destructible accident .

本文针对小型风冷压缩机气缸换热条件较差问题，提出利用汽化潜热对气缸强化换热的方案。

In view of the poor heat transfer conditions of the cylinder ina small air compressor , a scheme is put forward for reinforcing heat trans-fer of cylinder by latent heat of vaporization .

船舶在波浪中航行时所产生的总体弯曲变形不可避免地会影响沿船体纵向布置的卧式压缩机气缸运行余隙。

For a marine horizontal compressor arranged along the ship longitudinal direction , the longitudinal bending deformation generated during the ship navigating on the waves will inevitably affect the cylinder running clearance of the horizontal compressor .

分析了某种压缩机气缸体的渗漏缺陷，认为铁液的石墨化能力差，碳化物数量过多是造成渗漏的主要原因。

: The leakage defect of cylinder block of a compressor was analyzed and it was considered that the poor graphitization ability of molten iron and carbide content too high was the main reason causing leakage .

分析了扇型全无油压缩机气缸中心线夹角γ为55°时惯性力的变化规律，确定了平衡重的结构尺寸，使机器达到了最佳平衡状态。

This paper analyzes the inertia force of fan-type oil-free air compressor which have a feature of angle 55 ° between center and lines of cylinders , optimizes the configuration dimensions of counterweight , and obtains the optimum result .