column pressure meaning in Chinese
柱压力
Examples
- Hydrostatic column pressure difference
静液柱压差 - Fluid column pressure
液柱压力 - In chapter three , in order to simulate the actual drilling fluid column pressure and to supply the extreme high pressure drilling circulating fluid for the device , the high pressure circulating fluid simulating system has been designed based on the experience of drilling fluid circulating system in the wellside . to purify the drilling fluid , the high pressure desander has been designed
第三章为模拟实际钻井的液柱压力，并为整个模拟钻井装置提供超高压循环钻井液，在借鉴了钻井现场的钻井液循环系统经验的基础上分析研究了钻井液高压循环系统，并配套设计了高压除砂器，以达到净化该系统中钻井液的要求。 - On the basis of analyzing the rock mechanics , the bit working circumstance and property in the bottom hole of 6000m deep well , and making use of the former equipment such as a derrick , platforms etc , the paper demonstrates that the research and design of the mechanical device have been established including the high pressure simulating well bore , the high pressure connector between the static well bore and the rotating drill pipe , the high pressure simulating system of circulating fluid and the high pressure desander etc . the produce , control and dynamic analysis of the bottom hole four - dimensional pressure ( over burden , confined , pore and column pressure ) have been studied
本文在对井底岩石的受力状态以及钻头的工作环境和特性加以分析的基础上，借助原有的井架、平台等设备，研究设计了模拟6000米井底压力坏境的高压模拟井筒、钻柱高压转联器、钻井液高压模拟系统以及高压除砂器等机械装置，并研究了井底四维模拟压力(上覆压、围压、孔隙压和液柱压)的产生、控制及其控制的建模与仿真，从而实现井深至6000米的四维井底压力环境的模拟。 - Abstract : tight trips often occur for hole undergauge during drilling in east sichuan oilfield . the paper analysis the causes of hole undergauge , proposes preventive and treatment measures which are to optimize design from geologic structure features , to use suitable fluid column pressure , to select different drilling fluid types , to adopt advanced drilling technology and perfect field technical management . therefore , good economic benefit will be obtained
文摘:川东构造在钻探作业中因井眼缩径造成起下钻的阻卡时有发生，文中对造成井眼缩小的原因进行分析并划分为五类因素，提出应在地质构造特征方面优化设计，采用合适的液柱压力，选择不同的钻井液类型，使用先进的钻井工艺和完善现场技术管理等措施进行预防和处理，将取得重大的经济效益。