新型自动粘度仪SVM 3000在润滑油分析中的应用

利用SVM 3000自动粘度仪对润滑油的基本物理性质进行数据测定.介绍了SVM 3000自动粘度仪的基本原理和主要功能,并以试验数据为基础,将测试结果与现行粘度测试标准(GB/T 265-88)的结果进行了比较,验证了该仪器性能的重复性在标准方法允许的误差范围内.     

全自动黏度仪在悬浮法PVC树脂检测中的应用

详细介绍了采用全自动黏度仪测定悬浮法PVC树脂平均聚合度的原理、操作步骤及数据计算方法.通过试验对比研究了全自动黏度仪及人工手动测得的PVC树脂平均聚合度数据,结果表明全自动黏度仪法较手动检测法操作简便、快捷,测定结果精度高,在PVC行业具有推广应用价值.     

影响润滑油运动黏度测定值准确性的原因探讨

从润滑油运动黏度测定的恒温浴温度、黏度计的清洁程度、润滑油机杂及含水量、工作毛细管黏度计常数的准确性等几方面,对润滑油运动黏度测定值的影响因素进行探讨.     

RSV-1600型旋转高温黏度仪在煤灰黏度检测中的应用

介绍美国RSV-1600型旋转高温黏度仪的工作原理,探讨该仪器对煤灰黏度的检测方法和煤灰黏度曲线的拟合,指出使用该仪器应注意的事项.     

航空润滑油运动黏度影响因素分析

润滑油是保证航空发动机正常工作的重要材料,是现代航空油料的重要组成,而油品的润滑性能的好坏又直接取决于油品黏度指标与其衰变。文章从基础油结构、抗氧剂组成等内因和温度、压力等外因分析了航空润滑油黏度的变化,重点讨论了聚α-烯烃(PAO)航空润滑油基础油分子结构与油品黏度之间的关系,概述了抗氧剂对油品性能影响的研究现状,分别从温度、压力和剪切力等三方面系统概述航空润滑油工况环境对油品黏度指标的影响。     

在线扭矩黏度仪在聚酯装置上的应用

着重介绍了杜邦公司专利产品在线扭矩黏度仪的原理、结构以及安装和使用注意事项,并对典型故障进行了简要分析。     

HSD型润滑油黏度指数改进剂

介绍了国内润滑油对黏度指数改进剂的需求现状和PIB、PMA、OCP、HSD黏度指数改进剂的性能,重点介绍了氢化苯乙烯-双烯共聚物(HSD)的合成及其结构特点,指出研究开发HSD类黏度指数改进剂的是苯乙烯-丁二烯共聚物的又一应用方向。     

使用SVM3000型黏度计快速检测聚醚多元醇黏度

在聚醚多元醇的黏度检测中,将安东帕SVM3000型黏度计与传统的NDJ型黏度计进行对比,发现前者更加简便、迅速、准确,效率更高.这种简捷、迅速的聚醚多元醇黏度检测方法可很好地满足聚醚多元醇的黏度指标检测要求.     

RSV-1600型旋转高温黏度仪煤灰黏度检测方法优化研究

介绍了美国RSV-1600型旋转高温黏度仪的工作原理,探讨了该仪器对煤灰黏度的检测方法和煤灰黏度曲线的拟合,研究了使用该仪器的注意事项和煤灰的化学组成对黏度的影响,分析了煤灰黏度数据有利于优化气化炉的操作参数。     

TOV黏度仪使用中故障及处理

介绍了TOV黏度仪的工作原理、仪器特点,对投产过程出现的异常情况进行分析,指出原因包括实际黏度波动,黏度仪元器件本身存在问题,黏度仪信号电缆及二次表存在干扰。经过方案处理后,使用效果及稳定性良好。     

涂料黏度测定——旋转黏度计法

阐述了各种旋转黏度计的性能特点以及在涂料测试中的应用。     

涂料粘度测度Ⅰ.气泡粘度计法

粘度是涂料产品的重要指标之一,是测定漆料中聚合物分子量大小的可靠方法,粘度的测定对于涂料生产过程的控制、保证产品质量十分必要。介绍了气泡粘度计的测量原理、规格种类、测量方法及影响因素。     

二甲氧基甲烷饱和液体运动黏度

The kinematic viscosity values of the saturated liquid dtmethoxy memane are reported over the temperature range from 248. 467 to 353. 154 K along the saturation line made with a calibrated Ubbelohdetype capillary viscometer. The total experimental uncertainty is less than 0. 71%. In addition, the results were correlated as a function of temperature for the kinematic viscosity equation of saturated liquid. The absolute average deviation and the maximum deviation of the experimental results from the correlated equation are 0. 35% and 1.45%, respectively.     

涂料粘度测定—蔡恩粘度计法

介绍了蔡恩粘度计的构造、操作、校正及其应用。     

润滑剂EBS的合成与应用

综述了乙撑双硬脂酰胺（ＥＢＳ）的各种合成方法,并详细介绍了这种润滑在各领域的应用。     

RHEOLOGICAL CHARACTERIZATION OF NON-NEWTONIAN FLUIDS WITH A NOVEL VISCOMETER

A hydrostatic head viscometer and its novel viscosity equation were developed to determine flow characteristics of Newtonian and non-Newtonian fluids. The objective of this research is to test capabilities of the hydrostatic head viscometer and its novel non-Newtonian viscosity equation by characterizing rheological behaviors of well-known polyethylene oxide aqueous solutions as non-Newtonian fluids with 60 wt.% sucrose aqueous solution as a reference/calibration fluid. Non-Newtonian characteristics of 0.3-0.7 wt.% polyethylene oxide aqueous solutions were extensively investigated with the hydrostatic head viscometer and its non-Newtonian viscosity equation over a 294-306 K temperature range, a 0.14-40 Reynolds number range, and a 55-784 s^-1 shear rate range at atmospheric pressure. Dynamic viscosity values of 60 wt.% sucrose aqueous solution were determined with the calibrated hydrostatic head viscometer and its Newtonian viscosity equation over a 3-5 Reynolds number range at 299.15 K and atmospheric pressure and compared with the literature dynamic viscosity value.     

RHEOLOGICAL CHARACTERIZATION OF NON-NEWTONIAN FLUIDS WITH A NOVEL VISCOMETER

A hydrostatic head viscometer and its novel viscosity equation were developed to determine flow characteristics of Newtonian and non-Newtonian fluids. The objective of this research is to test capabilities of the hydrostatic head viscometer and its novel non-Newtonian viscosity equation by characterizing rheological behaviors of well-known polyethylene oxide aqueous solutions as non-Newtonian fluids with 60 wt.% sucrose aqueous solution as a reference/calibration fluid. Non-Newtonian characteristics of 0.3–0.7 wt.% polyethylene oxide aqueous solutions were extensively investigated with the hydrostatic head viscometer and its non-Newtonian viscosity equation over a 294–306 K temperature range, a 0.14–40 Reynolds number range, and a 55–784 s^?1 shear rate range at atmospheric pressure. Dynamic viscosity values of 60 wt.% sucrose aqueous solution were determined with the calibrated hydrostatic head viscometer and its Newtonian viscosity equation over a 3–5 Reynolds number range at 299.15 K and atmospheric pressure and compared with the literature dynamic viscosity value.     

浅谈抗磨节能剂的应用

介绍齐鲁石化第二化肥厂化工机械应用“倍力”抗磨剂，在节能、缓解机器故障方面取得的效果，指出在扩大应用范围时要注意的问题。