冷冻机油

纳米CuO微粒对冷冻机油性能的影响

Effect of Nano-CuO particulate on performance of refrigeration oil

纳米NiFe2O4粉体在冷冻机油中的分散稳定性

Dispersion stabilization of nife_2o_4 nano-particles in refrigeration oil

矿物基纳米冷冻机油与HFC制冷剂的相溶性

Miscibility of HFC refrigerant and mineral nano-refrigeration oil

新冷媒压缩机用冷冻机油POE与PVE的分析和选用

Analysis and selection of lubricating oil PvE and Poe for alternative refrigerant compressor

分散剂对Nano-TiO2矿物基冷冻机油分散稳定性的影响

The Effects of Dispersant on the Dispersion and Stability of Nano-TiO_2 in the Mineral Base Refrigerator Oil

从分子动力论角度分析nTiO2（a）对矿物冷冻机油粘度的影响，建立预测含有nTiO2（a）矿物油粘度的模型。

The impact of n-TiO2 ( a ) to the viscosity of mineral refrigeration oil was analyzed by way of the molecule momentum theory , and the mathematic model is given to forecast the viscosity about the n-TiO2 ( a ) / mineral oil .

本文分析了极化冷冻机油添加剂（PROA）的节能机理，讨论了目前对极化冷冻机油添加剂研究中存在的一些争议。

The energy efficiency mechanism of Polarized Refrigerant Oil Additive ( PROA ) is analyzed . Some disputes in study about PROA recently are discussed .

使用NEX-1B型锥板式粘度计测定以不同比例配比的n-TiO2（a）和矿物冷冻机油体系的粘度，从所测得的粘度数据分析比较n-TiO2（a）对矿物冷冻机油粘度的影响。

The NEX-1B cone and plank viscometer is used to test the viscosity of n-TiO2 ( a ) / mineral oil which is scaled with different ratio , and the impact of n-TiQ2 ( a ) to viscosity of mineral refrigeration oil is discussed and compared with the test data .

高压加氢工艺生产冷冻机油研究

Study on the production of refrigerator oil with high-pressure hydrogenation craft

一缩二乙二醇复酯冷冻机油的合成与研究

A study on the synthesis of diglycol duplicate-ester refrigerant lubricants

冷冻机油化验对冷水机组预防性维修的诊断意义

Diagnostic Value of Chiller System ′ s Oil Analysis for Preventive Maintenance

汽车空调器压缩机用冷冻机油的研究

Synthesis of Lubricating Oils Used in The Compressor of The Automobile Conditioner

新型环保冷冻机油的研制

The development of new type environmental protective refrigerator oil

含有冷冻机油制冷剂的饱和蒸气压实验研究

Saturated Vapor Pressure of Refrigerant Mixed with Refrigeration Oil

冷媒压缩机中的冷冻机油和滑动材料对镀铜现象的影响

Effect of refrigeration oils and sliding materials on copper deposit in refrigerant compressor

n-TiO2（a）纳米微粒对矿物冷冻机油粘度的影响

Impact of n-tio_2 ( a ) nano-particles on viscosity of mineral refrigeration oil

新型汽车空调冷冻机油的研制

Preparations of new type automobile air-conditioning lubricating oils

极化冷冻机油添加剂的节能性分析

Energy Efficiency Analysis of Polarized Refrigerant Oil Additive

观察气液分离器内冷冻机油油位情况，根据需要回油；

Inspect the refrigerator oil level in the gas-liquid separator and return oil if necessary ;

冷冻机油的再生利用

Use of Regenerated Refrigerator Machine Oil

新型冷冻机油的生物降解研究

Biodegradation of New Refrigeration Lubricating Oil

如果冷冻机油里有潮气，它会干扰冷冻系统的运行和引起腐蚀。

If there is some moisture in the refrigerating compressor oil , it will trouble the refrigeration system and cause corrosion .

根据空调压缩机生产线冷冻机油净化的要求，基于软测量技术进行冷冻机油真空净化质量卡边控制。

According to the refrigerator oil purification demand in the line , the oil purification quality margin control was applied based on soft sensing technology .

在蒸气压缩式制冷系统运行过程中，冷冻机油起着压缩机内部润滑和密封的作用，且与制冷剂一起循环。

The function of refrigeration oil in vapor compression refrigeration system is to lubricate and pressurize the compressor . When the system runs , refrigeration oil will circulate in the system with refrigerant .

同时，微水又是冷冻机油的重要质量指标，一般采用抽样的方法离线实验室检验，这就给真空净油现场质量控制带来了困难。

However , it is a vital quality index for refrigerator oil . Usually it is tested offline in laboratory which makes the local quality control of oil purification to be more difficult .

本文从冰箱压缩机的气阀、电机、轴承、冷冻机油、壳体等方面，对我国主流的冰箱压缩机设计特点和高效压缩机设计方案进行分析，介绍高效压缩机开发的几个关键技术的设计和试验情况。

Based on valve , motor , bearing , oil , shell of compressor , this paper analyses the characteristics and high efficient compressor ′ s design of main compressor in China , introduces design and experiment of some key technology .

采用合适的纳米冷冻机油，有助于改善压缩机摩擦表面的润滑性能和含油制冷剂的传热性能，进而提高制冷装置的能效比和可靠性。

It is helpful to improve the lubricating ability of friction surface in compressor and heat transfer performance of refrigerant-oil mixture by adopting appropriate nano-refrigeration-oil . As a result , energy effciency and reliability of the refrigeration system will be improved .

阐述以加氢尾油为进料，采用异构脱蜡、加氢精制工艺生产变压器油、冷冻机油、橡胶填充油等产品，使企业效益最大化。

It is described that manufacturing transformer oil , refrigerator oil , rubber process oil and other products from the HUCO ( hydrocracker unconverted oil ) with the technologies of IDW ( Iso-Dewaxing ) and HDF ( Hydro-Dewaxing Finishing ) in order to maximize corporation 's return .

TE180专用冷冻压缩机油的开发与应用

Development and Application of TE 180 Special Refrigerator Compressor Oil