N
ame: Huawei Yu
Academic title: Senior Engineer
Research Area:
Geology resource and Geology engineering
Contact:
Email:yhwlog@163.com
Phone:+86 15965426865
Research Interests:
New method of nuclear logging, Monte Carlo simulation,
Controllable source well logging
Scholarly Activities
-Publications：
[1].Corrections of fast neutron inelastic scattering effects on D-T neutron porosity logging[J], Applied Radiation and Isotopes, 2022, 190, 110486.
[2].Improved formation density measurement using controllable D-D neutron source and its lithological correction for porosity prediction[J].Nuclear Science and Techniques,2022,33(01):26-36.
[3].Lithology affects and correction of neutron porosity logging using D-D source[J].Nuclear Techniques, 2022, 45(05): 43-50.
[4].Numerical simulation of controllable source neutron porosity logging based on CLYC detector[J]. Nuclear Techniques, 2021,44(04):74-79.
[5].Study on the azimuth sensitivity of azimuthal γ ray logging while drilling[J]. Nuclear Techniques, 2021,44(01):45-50.
[6].Effects of X-ray tube high-voltages on the density measurement accuracy in X-ray density logging [J]. Nuclear Techniques,,2021,44(11):49-54.
[7].Impact of Photoelectric Effect on X-ray Density Measurement and Photoelectric Effect Correction. Applied Radiation and Isotopes, 2020,156（2）-108785.
[8].Numerical simulation and method study of X-ray litho-density logging, Nuclear science and techniques, 2020（31）：124.
[9].Study on density logging method based on γ-ray broad beam attenuation model[J]. Nuclear Techniques,2020,43(05):44-50.
[10].Effect of density measurement on D-D induced gamma counting. Nuclear Techniques,2016,39（3）44-49.
[11].Analysis of factors affecting the sensitivity of neutron porosity logging. Nuclear Techniques, 2018，41(2):020502.
[12].Experiment Course Design for Cycle Skip of Acoustic Logging on Fracture, Education and Teaching Forum, 2018，41:269-270.
[13].Calculation of borehole diameter and standoff using logging while drilling density logging, Nuclear Techniques, 2018，41(10):100502.
[14].Study on near detector-source spacing of density logging based on X-ray source , Nuclear Techniques, 2018，41(12):120401.
[15].Study on the impact of pair production interaction on D-T controllable neutron density logging, Applied Radiation and Isotopes, 2016,111(2016): 104-109.
[16].Experimental design and construction of acoustic logging. Journal of Higher Education, pp 236-237, 2015/9/25.
[17].Effect of pair production on D-T induced gamma density measurement [J]. Nuclear Techniques，2015，38 (8): 58-63.
[18].Monte Carlo Study on Shielding of Pulsed Neutron Porosity Logging [J]. Electronic Test， 2013，(279) 21-24.
[19].Monte Carlo Study on Shielding of D-T Neutron Porosity Logging-While-Drilling Tool [J]. Nuclear Electronics & Detection Technology，2013,33 (9)：1123-1126.
[20].Difficulties and Countermeasures for outside interschool practice of exploration technology and Engineering Major [J]. University Education，2013 (9)：45-46.
[21].Design of non-damage teaching experiment of radiation well-logging [J]. Experimental Technology and Management，2013, 30(10)164-167.
[22].Design of non-damage teaching experiment of radiation well-logging [J]. Experimental Technology and Management，2014,33 (3)，47-50.
[23].Study on high porosity formation sensitivity improvement method of D-T neutron porosity logging while drilling [J]. JOURNAL OF CHINA UNIVERSITY OF PETROLEUM(EDITION OF NATURAL SCIENCE) ，2014,38 (3),1673-5005.
[24].Research on pulsed neutron gamma density logging method and its influence [C]. The fifth session of the CNPC well logging Key Laboratory academic exchange conference paper, 2012,103-109.
[25].Numerical simulation of pulsed neutron gamma density logging [C]. The first national drilling well logging meeting, the research and application of measurement and control technology with drilling, 2012,410-416.
[26].A Study on the Effect of Cutting Beds on Density Log in the Horizontal Wells[C].Proceedings of the Second National Symposium on Nuclear Technology and Applied Research,33.
[27].Monte Carlo simulation of improved pulse neutron density logging with drilling [C]. The twenty-fifth National Geophysical annual meeting, p510.
[28].Huawei Yu, Jianmeng Sun, R. P. Gardner. Accuracy and Borehole Influences in Pulsed Neutron Gamma Density Logging While Drilling. Applied Radiation and Isotopes. Volume 69, Issue 9, September 2011, Pages 1313-1317.
[29].Huawei Yu, Jiaxin Wang, R. P. Gardner. On Using The Monte Carlo- Library Least –Squares (MCLLS) Approach With A 14-mev Neutron Source Logging Tool To Measure Density. 2011 8th International Industrial Radiation and Radioisotope Measurement Applications.
[30].Huawei Yu, Jianmeng Sun, Jiaxin Wang, R. P. Gardner. Effect of Pulsed Neutron Gamma-Ray Density Logging while Drilling. 2011 8th International Industrial Radiation and Radioisotope Measurement Applications.
[31].Theoretical basis for measuring the density of pulse neutron in drilling environment [D]. Shandong: Doctoral Dissertations of China University of Petroleum, 2011.
[32].Monte Carlo Applied to Correction of Compensated Neutron Logging in Under-balanced Condition [J]. WELL LOGGING TECHNOLOGY，2010，34 (5):219-224.
[33].Improving Compensated Neutron Log Vertical Resolution Under Deviated and Horizontal Well Conditions and Its Application [J]. JOURNAL OF JILIN UNIVERSITY(EARTH SCIENCE EDITION) ，2009，39 (2):334-341.
[34].Analysis and Calculation of Mechanics Performance of Sand Production Rate in Perforated Casing [J]. JOURNAL OF SOUTHWEST PETROLEUM UNIVERSITY(SCIENCE & TECHNOLOGY EDITION) ，2009，31 (1) :149-152.
[35].Monte Carlo simulation on influence of cutting beds on density log in the horizontal wells [J]. NUCLEAR TECHNIQUES, 2009, 32 (10) :751-755.
[36].Monte-Carlo Simulation Method in Pulsed Neutron Density Logging While Drilling [J]. WELL LOGGING TECHNOLOGY，2009，33 (6):521-524.
[37].Comparison of D-T and D-D accelerator investigation characteristics in pulsed neutron porosity logging while drilling [J]. JOURNAL OF CHINA UNIVERSITY OF PETROLEUM(EDITION OF NATURAL SCIENCE) ，2009，33 (6): 41-45.
[38].The Effect of Cuttings Bed on Compensated Neutron Log in the Horizontal Wells[J]. WELL LOGGING TECHNOLOGY，2008，32(4):300-303.
[39].Investigation characteristics of compensated neutron log in deviated and horizontal well [J]. JOURNAL OF CHINA UNIVERSITY OF PETROLEUM(EDITION OF NATURAL SCIENCE) ，2008，32 (6):71-75.
[40].Jiaxin Wang, Zhijian Wang, Johanna Peeples, Huawei Yu, Robin P. Gardner. Development of a simple detector response function generation program: The CEARDRFs code [J]. Applied Radiation and Isotopes, 2012, 70:1166-1174.
[41].The effect of barite mud on the division of the detector energy window in density logging while drilling [J]. Nuclear Techniques，2012，35 (11) 849-853.
[42].Investigation Characteristics of Density Logging While Drilling Under Different Deviation Angle Conditions [J]. Well Logging Technology, 2013,37 (1)：31-34.
[43].Design of teaching experiment of sourceless radioactive density measurement. Experimental Technology and Management, 2017,34（5）：174:-177.
[44].Study on the influence of formation factors on spatial distribution of D-D induced γ-ray source[J]. Nuclear Techniques, 2019,42(01):47-52.
[45].The accuracy evaluation on 3D digital cores reconstructed by sequence indicator simulation, Acta Petrolei Sinica, 2008,30(5).
[46].Calcareous Content Correction of Sandy Bed in G District of P Reservoir[J]. Journal of Oil and Gas Technology, [46]2009，31（1）61-63.
[47].Application of FMl in Sedimentary Facies Analysis in the Northern of Dongying Depression. Journal of Oil and Gas Technology, 2009,31(05):90-94+432.
[48].Recovery technology of distorted image from fullbore formation micro imager[J]. Journal of China University of Petroleum(Edition of Natural Science), 2010,34（2）：47-55.
[49].A NEW WATER SATURATION MODEL FOR NON-NET PAY IN LOW CLOSURE RESERVOIR[J]. Journal of Southwest Petroleum University(Science & Technology Edition), 2010,32（1）：27-32.
-Research Project：
[1].China National Offshore Oil Service 14th Five-Year Plan Major Research Projects, Instrumental Measurement Methods, Scaling Methods and Data Processing Studies of Porosity Density of Controlled Neutron Source with Drilling.2023-2025.
[2].China National Petroleum Logging First Innovation Fund Project, HX20230105, Low-count energy spectrum data processing techniques, 2023-2024.
[3].National Natural Science Foundation of Shandong Province, ZR2022MD019, Study of high-resolution lithologic density logging method with controllable X-ray source, 2023-2025.
[4].China National Offshore Oil Service Research and Development Program, fast forward method and software development for azimuthal imaging with drilling edge, 2022-2023.
[5].China National Petroleum Logging 14th Five-Year Plan Major Research Projects, Research on X-ray density logging ground experimental setup and forward and inverse algorithm methods, 2022-2024.
[6].China University of Petroleum Software Strategy Specialization, Research on key technology and development of basic software for integrated geosteering with drilling borehole information, 2022/01-2024/12.
[7].China National Offshore Oil Service Research Topics, Research Report on X-Ray Generator for Petroleum Logging, 2020-2020.
[8].China National Petroleum Longitude and Latitude Corporate Subjects, Research on the detection technology of high temperature gamma and electromagnetic wave resistivity logger with drilling, 2020-2020.
[9].China University of Petroleum Independent Innovation Program, Research on X-ray based controlled source density logging method, 2019/01-2022/02.
[10].Changqing Oilfield Subjects, Optimization test of fracturing in dense clastic sandstone reservoir on the east side of Shenmu gas field, 2020-2020.
[11].National Key Research and Development Program of China, 2016YFC0302800, Development and demonstration of large diameter drilling well logging system equipment, 2017/01-2020/12.
[12].National Natural Science Foundation of China, 41674129, Study on the azimuth density and porosity logging of controlled source compatible with chemical source, 2017/01-2020/12.
[13].National Natural Science Foundation of China, 41874147, Study on the aberration mechanism of azimuthal gamma logging imaging with drilling and the calculation method of formation properties.
[14].National Natural Science Foundation of China Youth Fund, 41304095, Study on pulsed neutron gamma density logging based on "secondary source" correction, 2014/4-2016/12.
[15].Natural Science Foundation of Shandong Province Youth Fund Project, ZR2013DQ012, Study of pulsed neutron and gamma density logging, 2013/10-2016/10.
[16].Central Universities and Colleges Basic Research Projects, Study on azimuthal density and porosity logging method with drilling based on controllable source, 2016-2018.
[17].National Science and Technology Major Program, New methodology and development model for characterization of low-permeability-tight reservoirs, 2017-2021.
[18].China National Petroleum Shengli Oilfield Project, Gamma imaging scale method and software research, 2015-2016.
[19].Cooperative project of China Oilfield Services Limited, G1417CS-A14C043-0-K, Study on porosity density logging of controlled neutron source, 2014-04-2016/05.
[20].Application of basic research plan Fund for Young Scholars of Qing Dao, 14-2-4-65-jch, Study on density logging based on controlled neutron source, 2014-09-2016/09.
[21].Pilot Rproject of China Petroleum and Chemical , Design and experimental study of controllable source density logging instruments with drilling, 2017/01-2017/12.
[22].Pilot project of Sinopec Sheng Li Petroleum Administration Bureau, 10-2012-JS-00008, Numerical simulation of the drilling pulsed neutron logging platform, 2012/05-2012/12.
[23].Young Backbone Teacher Talent Building Project 2014, 2014-2016.
[24].Frontier Cross project of Basic scientific research services of the Central University, 24720114003A, Research on the method of drilling nuclear logging platform based on controlled neutron source, 2011/04-2013/03.
[25].National High-tech R&D Program of China (863 Program), 2006AA060105, Research on key technology of core detector for drilling well logging, 2006/01-2010/12.
