6实验报告（一）实验目的（二）实验仪器（三）实验原理（四）实验数据处理：（1）计算水泥浆流变参数；（2）绘水泥浆稠化时间曲线。7 思考题（1）为什么要经常标定常压稠化仪电位计？（2）常压稠化仪与高温高压稠化仪的不同作用是什么？（3）测试水泥浆的性能对固井施工有什么意义？（4）实验室测定的各项水泥浆性能与现场施工中有无差别，试分析
6 实验报告 （一）实验目的 （二）实验仪器 （三）实验原理 （四）实验数据处理：（1）计算水泥浆流变参数；（2）绘水泥浆稠化时间 曲线。 7 思考题 （1）为什么要经常标定常压稠化仪电位计？ （2）常压稠化仪与高温高压稠化仪的不同作用是什么？ （3）测试水泥浆的性能对固井施工有什么意义？ （4）实验室测定的各项水泥浆性能与现场施工中有无差别，试分析
Experiment 2: Preparation and Testing of Cement Slurries1.PurposeThe main task of the experiment is to learn preparation and testing of cementslurries.2. Equipments(1)Electronic-Balance(2) Mixing Devices(3) Mud-Balance(4) Rotational Viscometer(5）AtmosphericConsistometers3.Experimental contents3.1 Slurry PreparationThe required quantity of water (352g) shall be placed in the mixingcontainer (Fig. 1), the mixer turned on “slow" speed (4000 RPM), andthe cement sample (800g) added in not more than 15 seconds. After all ofthe cement has been added to the water, the cover shall be placed on themixing container and stirring shall be continued under “high" speed(12000 RPM) for 35 seconds.3.2Determinationof SlurryDensityFig.1 Mixing DevicesCement slurry density should be determined by use of the mud balance (Fig.2)After the cement slurry being poured into the mud-balance cup, should be puddle 25timestoeliminateentrappedair.Fig.2 Mud Balance3.3Determination of rheological propertiesThe rheological behavior of the slurry was measured using a rotational viscometer(Fig.3) and following the procedure:a) The cement slurry should be prepared in accordance with Section 1.b)The prepared cement slurry should then be poured immediately into the slurrycontainer of an atmosphere pressure consistometer which has been preheated
Experiment 2: Preparation and Testing of Cement Slurries 1. Purpose The main task of the experiment is to learn preparation and testing of cement slurries. 2. Equipments （1）Electronic-Balance （2）Mixing Devices （3）Mud-Balance （4）Rotational Viscometer （5）Atmospheric Consistometers 3. Experimental contents 3.1 Slurry Preparation The required quantity of water (352g) shall be placed in the mixing container (Fig. 1), the mixer turned on “slow” speed (4000 RPM), and the cement sample (800g) added in not more than 15 seconds. After all of the cement has been added to the water, the cover shall be placed on the mixing container and stirring shall be continued under “high” speed (12000 RPM) for 35 seconds. 3.2 Determination of Slurry Density Cement slurry density should be determined by use of the mud balance (Fig.2). After the cement slurry being poured into the mud-balance cup, should be puddle 25 times to eliminate entrapped air. Fig.2 Mud Balance 3.3 Determination of rheological properties The rheological behavior of the slurry was measured using a rotational viscometer (Fig.3) and following the procedure: a) The cement slurry should be prepared in accordance with Section 1. b) The prepared cement slurry should then be poured immediately into the slurry container of an atmosphere pressure consistometer which has been preheated Fig.1 Mixing Devices