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Model patterns of changes in hydrogeomechanical state of the mining waste storage barrier 采矿废物贮存屏障水文地质力学状态变化模式模型
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.013
A. Kalashnik
Model features of overcompaction of soils of the enclosing dam and alluvial deposits in the tailings storage were revealed, Model regularities of changes in hydrogeomechanical state of the dam have been established, which determine its mechanical and filtration stability, Definitely, with an unfavorable combination of the soil parameters of the barrier dam, stationary filtration can be transformed into the hydrodynamics of the watercourse and erosion of the dam.
揭示了围坝土壤和尾矿库冲积物的超压实模型特征,建立了坝体水文地质力学状态变化的模型规律,确定了坝体的力学稳定性和过滤稳定性,确定了堰坝土体参数的不利组合,将静态过滤转化为河道的水动力和坝体的侵蚀。
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引用次数: 0
Research of swamps in logistic purposes using the unmanned aerial vehicles (UAVS) 基于无人机的沼泽物流研究
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.014
L. Banshchikova, I. L. Kalyuzhny
The selection of the optimal location of routes on a swamp massif is based on the use of landscape-hydrological approach, which provides the assessment of durability characteristics in various types of swamp microlandscapes. The paper presents the durability characteristics of the swamp field depending on the hydrological regime of oligotrophic swamps. The genetic classification of swamps is consistent with the engineering classification of peatlands, according to which swamps are distributed by the nature of movement of construction vehicles on them. The selection of the route on the frozen flat-bumpy swamp was made using the DJI Phantom 3 drone, the DJI Go program for controlling the shooting process, and the Agisoft Photoscan program for processing the obtained materials. The use of this hardware-software complex allows to build a digital terrain model of the marshes, as well as the orthophoto of the area, and in accordance with local wetland landscape, to select the optimal route of special vehicles movement in harmony with the supporting capability of the swamp.
利用景观水文方法选择沼泽地块上的最佳路线,评估不同类型沼泽微景观的耐久性特征。本文介绍了不同水文条件下沼泽田的耐久性特征。泥炭地的成因分类与泥炭地的工程分类是一致的,泥炭地的工程分类是根据工程车辆在泥炭地上的运动性质来划分泥炭地的。在冰冻平坦崎岖的沼泽上选择路线,使用大疆Phantom 3无人机,大疆Go程序控制拍摄过程,Agisoft Photoscan程序处理获得的材料。利用这一软硬件综合体,可以建立沼泽地的数字地形模型,以及该地区的正影象,并根据当地湿地景观,选择与沼泽地支撑能力相协调的最佳专用车辆运动路线。
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引用次数: 0
Heat-insulating materials from mineral and man-made raw materials of the Kola Peninsula 由科拉半岛的矿物和人造原料制成的隔热材料
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.003
O. Suvorova, N. Manakova
The possibility of obtaining effective thermal insulation materials with improved technical characteristics based on industrial waste typical of the regions of the Far North is investigated. The influence of modifying additives on the physical and technical properties of foam silicate materials is considered. Compositions and technologicalm modes of obtaining foam materials for thermal insulation purposes are proposed.
研究了利用极北地区典型的工业废料获得具有改进技术特性的有效保温材料的可能性。研究了改性添加剂对泡沫硅酸盐材料物理性能和技术性能的影响。提出了保温用泡沫材料的组成和工艺模式。
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引用次数: 0
Differentiation of flora and vegetation of the tundra and fjell field in Khibiny and Lovozero massif (Kola Peninsula) 科拉半岛希比尼和洛沃泽罗地块冻土带和丘陵地植物区系与植被的分异
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.016
Alyona D. Danilova, N. Koroleva, A. Novakovsky
As it was earlier supported by flora differences, the syntaxonomic analysis of fjell field and tundra vegetation in Khibiny and Lovozero Mountains with use of NMS ordination also showed the difference between the belts, as well as differentiation within the tundra belt between dwarf shrub and lichens-dominated vegetation and grass and grass-and-moss snowbed communities.
利用NMS排序法对希比尼和洛沃泽洛山湿地和冻土带植被进行分类学分析,也发现了带间的差异,冻土带内也存在矮生灌丛和地衣为主的植被、草地和草苔雪床群落的分化。
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引用次数: 0
Technogenic wastes of Kovdor GOK — raw resources for unshaped materials Kovdor GOK的技术废物-未成形材料的原材料
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.004
O. Belogurova, M. Savarina, T. Sharai
The article is devoted to the development of unshaped materials from industrial waste. Refractory concrete is the most popular, it consists from filler, binder and additives, which is harden under normal conditions and has limited shrinkage at application temperature. Concretes from the technogenic wastes of the Kovdor GOK using magnesium phosphate cement were obtained. As a result of studies, the grain composition of the charge was selected, the ratio of filler and binder to improve the structural properties of concrete was established, the effect of the composition and temperature of thermal treatment of concrete on the physical and technical properties were determined. The replacement of traditional fired refractories with non-fired concretes makes it possible to speed up the construction and repair of thermal units, to adopt fundamentally new technical solutions in the development of furnace designs and leads to an increase in their operational characteristics. Utilization of such waste will lead to a qualitatively new use of non-renewable natural resources, the elimination of sources of environmental pollution and the reclamation of lands occupied by waste.
这篇文章致力于从工业废料中开发不定型材料。耐火混凝土是最受欢迎的,它由填料、粘结剂和添加剂组成,在正常条件下硬化,在使用温度下收缩有限。用磷酸镁水泥从科夫多尔GOK的工业废料中获得混凝土。通过研究,选择了料粒组成,确定了改善混凝土结构性能的填料和粘结剂配比,确定了混凝土的成分和热处理温度对混凝土物理性能和技术性能的影响。用未燃烧的混凝土取代传统的耐火材料,可以加快热单元的建设和维修,在炉子设计的发展中采用根本的新技术解决方案,并导致其操作特性的增加。利用这类废物将导致对不可再生的自然资源进行质量上的新利用,消除环境污染源和开垦被废物占用的土地。
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引用次数: 0
Btaining fillers for building materials from raw sphene concentrate 从生榍石精矿中提取建筑材料填料
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.005
Lydia G. Gerasimova, E. Shchukina, Y. Kuzmich, Yu. G. Kiselev
Attraction to processing of new sources of titanium raw materials in the form of technogenic wastes of existing mining and processing industries is an important task, the solution of which will increase the use of natural resources and receive deficit products of a functional purpose. The conducted studies have shown the possibility of using raw sphene concentrate (RSC) as a filler for construction materials and adsorbent for purification of liquid effluents by changing the optical and morphological properties of the crushed concentrate.
吸引以现有采矿和加工工业的技术废料的形式加工钛原料的新来源是一项重要任务,解决这一问题将增加自然资源的使用,并获得具有功能目的的短缺产品。研究表明,通过改变破碎后的浓缩物的光学和形态特性,可以将生榍石浓缩物用作建筑材料的填料和废水净化的吸附剂。
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引用次数: 0
Phenolics and lignin in plants of spruce and pine forests under industrial air pollution 工业大气污染下云杉林和松林植物的酚类和木质素
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.015
N. Artemkina
The changes in the content of phenolic compounds and lignin in the needles/leaves of six plant species growing in spruce and pine forests of the Kola Peninsula, including those exposed to industrial air pollution (Cu, Ni) of varying degrees of intensity, were established. The results obtained indicate that the reaction to industrial pollution largely depends on the type of plant and the place of growth. Some plant species adapt to increased anthropogenic loads by increasing concentrations of phenolic compoundsand lignin, while others, on the contrary, reduce these indicators. Such, changes in perennial needles/leaves of plants can lead to a change in the rate of decomposition of this litter, which can affect the functioning of the ecosystem (for example: slowing down the biogeochemical cycles of nutrients). Biochemical monitoring of Empetrum hermaphroditum looks very promising, because of its resistance to contamination and an unambiguous reaction to it in both spruce and pine forests.
建立了科拉半岛云杉林和松林6种植物针叶中酚类化合物和木质素含量的变化,包括暴露于不同程度的工业空气污染(Cu、Ni)的植物。结果表明,对工业污染的反应在很大程度上取决于植物的类型和生长地点。一些植物通过增加酚类化合物和木质素的浓度来适应增加的人为负荷,而另一些植物则相反,降低这些指标。因此,多年生植物针叶的变化会导致凋落物分解速率的变化,从而影响生态系统的功能(例如:减缓营养物质的生物地球化学循环)。雌雄同体的生物化学监测看起来很有前景,因为它对污染有抵抗力,并且在云杉林和松林中对污染都有明确的反应。
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引用次数: 0
On the 85-th anniversary since birthday of Viktor Nikolaevich Makarov 在马卡罗夫诞辰85周年之际
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.001
Dmitry V. Makarov
The article is devoted to the 85th anniversary since birthday of Prof. Viktor Makarov. A brief review of the stages of his life and scientific activity in the fields of geology, geoecology and building materials science is given.
这篇文章是为了纪念马卡罗夫教授诞辰85周年而写的。简要回顾了他在地质学、地质生态学和建筑材料科学领域的人生阶段和科学活动。
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引用次数: 0
Cooperation in the use of waste from the mining and processing industry for the production of ameliorants and their use in the restoration of disturbed forest areas 合作利用采矿和加工业的废料生产改良剂,并将其用于恢复受到破坏的森林地区
Pub Date : 2022-12-29 DOI: 10.37614/2949-1185.2022.1.2.012
L. G. Isaeva
The article presents overview of the cooperation between the Institute of Industrial Ecology Problems in the North and the Tananaev Institute of Chemistry, and results of research on the development of obtaining meliorants to reduce negative environmental consequences and their application in the impact zones of mining and metallurgical enterprises.
本文概述了北方工业生态问题研究所与塔纳纳耶夫化学研究所之间的合作,以及在开发获得改善剂以减少负面环境后果及其在采矿和冶金企业影响区域的应用方面的研究成果。
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引用次数: 0
About the history of the Kola science center hospital 关于科拉科学中心医院的历史
Pub Date : 2022-12-28 DOI: 10.37614/2949-1185.2022.1.1.015
A. A. Martynova, S. V. Asming
The information about the formation of the Kola Scientific Center of RAS hospital in Apatity is presented in chronological order –– from its creation in the 1960s to the present time. Biographical data about the hospital staff, including doctors and nurses, who have made a significant contribution to the development of the health care system of the city and region, is given in the article. The main facts and circumstances of the creation and reorganization of the KSC hospital are highlighted: from simple infirmary at Kola Branch of the USSR Academy of Sciences to the modern scientific research center of medical and biological problems of human adaptation in the Arctic of KSC RAS (RCHAA KSC RAS). The main directions of the work of RCHAA KSC RAS at the present day are presented.
关于Apatity RAS医院Kola科学中心形成的信息按时间顺序呈现——从20世纪60年代创建到现在。关于医院工作人员的传记数据,包括医生和护士,他们为城市和地区的卫生保健系统的发展做出了重大贡献,在文章中给出。强调了KSC医院创建和重组的主要事实和情况:从苏联科学院科拉分院的简单医务室到KSC RAS北极人类适应医学和生物学问题的现代科学研究中心(RCHAA KSC RAS)。介绍了目前RCHAA KSC RAS工作的主要方向。
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Transactions of the Kоla Science Centre. Series: Natural Sciences and Humanities
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