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论文题目
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作者
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COMPREHENSIVE SURVEY
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Legal Supervision Conducted by the State on Dynamic Measurements of Crude
Oil, Light Hydrocarbon and Natural Gas
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Xin Yingming, Pan Guangtan, Zheng Qi
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New Flow Measurement Technology for the Next Century
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Masaki Takamoto |
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A Part of Flowrate Measurement Instruments in Energy Saving and Ecology
Problems Solution
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N. M. Kurnosov, V. V. Khasirov, E. G. Zvenigorodski
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DIFFERENTIAL PRESSURE FLOWMETERS
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| Characteristics of Orifices Having Small Ratio of Diameters |
Byeong-Chan Kim, Bok-Chun Park, Nam-Ho Cho, Byung-Ok Yoon, Kyung Am, Park |
| Metering Station with Automatic Interchangeable Orifice Plates |
Valmir Ruis, Marcos Tadeu Pereira |
| Research and Development on Wear-Resistant Orifice Plates |
Yanzuo Sun, Hexin Xiong, Rui Zhu, Li B |
| Application of Differential Pressure Flow-Meters in Natural Gas
Measurement in China |
Wu Longxiang, Zhai Xiuzhen, Wang Dongwei, Xie Xinhai, Liu Xiangyuan |
| The Practice on DN 1400 MM Venturi Tubes |
Han Shufang, Han Yongtao, Xu Lingan |
| A New Method for Checking Orifice Sharpness |
Wei Huanxiang, Guo Wenping, Li Hong |
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Partially Closed Valve Effects on the V-Cone Flowmeter
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Stephen A. Ifft
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TURBINE FLOWMETERS
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| Improvement of the Response of Turbine Meters by Modifying the Shape of
the Leading Edge of Standard Blades: an
Experimental and Theoretical Approach |
M. El Khlifi, R. Henry, J. P. Vallet, G. Bois, M. Gasselin, V. De Laharpe |
| Low Loss Straighteners for Gas Turbine Meters |
H. H. Dijstelbergen, J. T. M. Bergervoet |
| The Influence of Themowells on the Accuracy of Gas Metering in Low and
Hihg-Pressure Pipes |
B. Nath, H. Dietrich, W. Löber |
| The Turbine Flowmeter Construction and Performance for the Double Optical
Fiber Sensors |
Zhang Xiaozhong, Xue Shuifa, Xi Xiaochun |
| An Intelligent Insertion Turbine Flow Transducer |
Zhang Tao, Xu Lingan, Li Gang, Zhang Hongjun, Tang Huaipu |
| The Influence of the Recovery-effect on the Accuracy of Gas Meters under
Low and High-Pressure Conditions |
B. Nath, H. Dietrich |
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VORTEX SHEDDING FLOWMETERS |
| Integration of Vortex Shedder and Sensors for a Vortes Flowmeter |
J. J. Miau, Y. P. Li, J. H. Chou, Y. C. Huang, C. C. Yang, J. H. Shaw |
| Development and Characterization of an Airflow Vortex-Shedding Flowmeter
with PVDF Piezoelectric Film Sensors |
Roberto Marsili |
| Stabilization of the Wake Behind Bluff Bodies by External Driving Forces |
F. Ohle, P. Becker
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| A Low Reynolds Number Vortex Flowmeter |
Zhou Yunbo |
| The Improvement of Plug-in Type Vortex Street Flowmeter |
Lu Hongqing, Li Zhuxin, Su Yi, Yang Jianyong |
| Vortex Shedding Flowmeter Using Spectrum Analysis |
Zhang Chongwei |
| A Novel Vortex Shedding Flowmeter for Measuring Fluids at High
Temperature |
Yueping Zou, Guobin Wu |
| Frequency Shift Behind a Bluff Body by External Perturbations in a Wake
Flow (Mechanism of Deterioration of
Vortex-Street Flowmeter Accuracy) |
Z. L. Wei |
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Attempt of Comprehensive Evaluation of Vortex Meter Design |
Grzegorz L. Pankanin |
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FLUIDIC FLOWMETERS |
| Development of Fuidic Gas Meter (Improvement of Sensitivity at Lower Flow
Rate Using U-Shaped Target Sensor) |
Toshiaki Aoki, Kazumitsu Nukui, Shigenori Okamura, Yukio Kimura |
| Numerical Analysis of Fluidic Oscillation Applied to the Fluidic Gas
Meter |
Shiniti Sato, Kazumitsu Nukui, Seiichi Ito, Yukio Kimura |
