PROSPECTIVE DIRECTIONS OF IMPROVING THE TECHNICS AND TECHNOLOGY FOR MAGNETIC-FLOCCULATING SEPARATION OF GOLD-BEARING ORES AND SANDS

Myazin V.P.; Zakiev R.B.; Zakieva N.I.

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PROSPECTIVE DIRECTIONS OF IMPROVING THE TECHNICS AND TECHNOLOGY FOR MAGNETIC-FLOCCULATING SEPARATION OF GOLD-BEARING ORES AND SANDS

机译：改进磁性矿石和沙子磁絮凝分离技术和技术的前瞻性方向

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The next development directions of magnetic-flocculating separation are noted as the most prospective: development of schemes with adjustable content of magnetic fraction in separation feed; development of units taking into account optimal relationship between transporting and technological functions.

机译：磁性絮凝分离的下一个发展方向被认为是最前景：在分离饲料中具有可调节磁性分数含量的方案的开发; 开发单位考虑到运输与技术功能之间的最佳关系。

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《Горный　журнал》 |2002年第2期|共5页
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Myazin V.P.; Zakiev R.B.; Zakieva N.I.;
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1. PROSPECTIVE DIRECTIONS OF IMPROVING THE TECHNICS AND TECHNOLOGY FOR MAGNETIC-FLOCCULATING SEPARATION OF GOLD-BEARING ORES AND SANDS [J] . Myazin V.P., Zakiev R.B., Zakieva N.I. Горный　журнал . 2002,第2期

机译：改进含金矿石和砂岩的磁浮分离技术的预期方向
2. TECHNOLOGY AND TECHNICAL REMEDIES FOR FREE GOLD EXTRACTION FROM THE SAMPLES OF GOLD-BEARING ORES [J] . ROMANCHUK A. I., NIKULIN A. I., ZHARKOV V. V. Горный　журнал . 2003,第12期

机译：从含金矿石样品中免费提取金的技术和工艺方法
3. TECHNOLOGY AND TECHNICAL REMEDIES FOR FREE GOLD EXTRACTION FROM THE SAMPLES OF GOLD-BEARING ORES [J] . ROMANCHUK A. I., NIKULIN A. I., ZHARKOV V. V. Горный　журнал . 2003,第12期

机译：来自镀金矿石样品的自由金提取技术和技术补救措施
4. Possibility of implementation of dry technology of gold-bearing ores roughing: case study of "Gurbey" deposit [C] . Andrey Matveev, Ivan Lebedev, Evgeniy Lvov, International Scientific Conference on Problems of Complex Development of Georesources . 2018

机译：耐金矿石粗加工干燥技术的可能性：“Gurbey”矿床案例研究
5. Development of new fluorous stationary phase technologies for improved analytical separations [D] . Daley, Adam Bruce 2011

机译：开发新型氟固定相技术以改善分析分离
6. Does teaching non-technical skills to medical students improve those skillsand simulated patient outcome? [O] . Vera Hagemann, Frank Herbstreit, Clemens Kehren, 2017

机译：向医学生教授非技术技能是否可以提高这些技能和模拟的患者结果？
7. PROCESSING TECHNOLOGY FOR REFRACTORY GOLD-BEARING ORES [O] . G.E. Askarova, Mels Shautenov, Kulzhamal Nogaeva 2020

机译：耐火镀金矿石的加工技术

PROSPECTIVE DIRECTIONS OF IMPROVING THE TECHNICS AND TECHNOLOGY FOR MAGNETIC-FLOCCULATING SEPARATION OF GOLD-BEARING ORES AND SANDS

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