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{"references": ["1.\tShaimanova RS, Urazov MK, Yuldosheva DN, Shaimanova N.Kh. Multidisciplinary scientific journal and No. 1. S. Technologies. 5-6.", "2.\tShaymanova R.S., Urazov M.K., Yuldosheva D.N., Shaymanova N.Kh. Development of technology for drilling with hydraulic motors in salt blood conditions. Multidisciplinary journal of science and technology. No. 1. S. 20-22.", "3.\tShaimanova RS, Urazov MK, Yuldosheva DN, Shaimanova N.Kh. Multidisciplinary journal of science and technology. No. 1. S. 23-25.", "4.\tShaimanova RS, Urazov MK, Yuldosheva DN, Shaimanova N.Kh. Multidisciplinary journal of science and technology. No. 1. S. 26-29.", "5.\tShaimanova R. S., Urazov M. _ No., Yuldosheva D. N. Shaymanova N. H. _ development technology Burenia c hydraulic motor c conditions Solenoid TV series Multi-profile scientific and technical journal. No. 1. S. 5-6.", "6.\tMuradov MM, Mukhitdinov UD, Urozov MK, Khudoyorov XO. Comparative studies of the composition and properties of CMT at different degrees of polymerization. // Scientific and technical practical journal of composite materials 2018 No. 1 - p. 57-58 (02.00.00 #4)", "7.\tMukhitdinov Yu.D., Murodov M.M., Urozov M.K. Technology for obtaining high-quality cellulose from sunflower stems and fiber waste from textile enterprises. //Composite materials Scientific and technical practical journal 2018 No. 1.- P. 65-66 (02.00.00 #4)", "8.\tTurdiboeva N.Yu., Murodov M.M., Urozov M.K. Development of a technology for obtaining cellulose from plants and the production of Na - carboxymethylcellulose based on it. Scientific, technical and practical journal of composite materials. - Tashkent, 2018. - No. 3. P.36 (02.00.00 #4)", "9.\tUrozov M.K., Turdiboeva N.Yu., Murodov M.M. Development of technology for the production of cellulose from vegetable safflower and based on carboxymethylcellulose. //Scientific-technical and practical journal of composite materials. - Tashkent, 2018. - No. 3. p.58 (02.00.00 #4)"]}
On the basis of literature and field data, the specific geological and technical conditions for well construction in the Arctic shelf, the effectiveness of the use of inhibitory drilling fluids in unstable silty deposits are considered.
clay sandstones, inhibitor, clay montmorillonite, hydration, deformation, dispersion, Arctic shelf waters.
clay sandstones, inhibitor, clay montmorillonite, hydration, deformation, dispersion, Arctic shelf waters.
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