名称
专业
语言
持续时间

奥尔登堡的卡尔冯奥西茨基大学

项目范围内可选的专业: 所有专业

奥德河畔法兰克福欧洲大学

项目范围内可选的专业:所有专业

埃尔福特大学

项目范围内可选的专业:社会科学和人文科学

萨尔州大学

项目范围内可选的专业:数学、IT


佛罗伦萨大学

项目范围内可选的专业:经济学、管理学、社会学、政治科学

圣心天主教大学,米兰

项目范围内可选的专业:语文学、经济学

锡耶纳外国人大学——国际大学

项目范围内可选的专业:语文学

博洛尼亚大学

项目范围内可选的专业:所有专业


亚洲大学

项目范围内可选的专业:所有专业

岭南大学

项目范围内可选的专业: 所有专业

韩国文化遗产大学

项目范围内可选的专业:考古、韩国历史

江陵-原州国立大学

项目范围内可选的专业:所有专业

全南国立大学

项目范围内可选的专业: 所有专业

釜山外国语大学

项目范围内可选的专业:语文学、社会和政治关系

富山大学

项目范围内可选的专业:语文学、历史、日语

札幌学院大学

项目范围内可选的专业: 语文学、历史、日语


巴黎第一大学

项目范围内可选的专业:经济学、管理学、社会学、社会与政治科学

巴黎第三大学

项目范围内可选的专业:语文学、语言学、对外法语、传播学

巴黎第四大学  

项目范围内可选的专业:人文学科,包括斯拉夫研究

法国西巴黎·南戴尔·拉德芳斯大学

项目范围内可选的专业: 外语、管理、经济学、法学、跨文化交际、教育技术、传播学

巴黎第十一大学

项目范围内可选的专业: 巴黎第十一大学的所有专业

巴黎第十三大学

项目范围内可选的专业:巴黎第十一大学的所有专业

南特大学  

项目范围内可选的专业:法律、经济学、IT、工程科学

阿维尼翁大学  

项目范围内可选的专业:阿维尼翁大学的所有专业

萨沃伊勃朗特大学

项目范围内可选的专业: 萨沃伊勃朗特大学4年级以上的所有专业

尼斯大学

项目范围内可选的专业:法律

蒙彼利埃大学

项目范围内可选的专业:历史

格勒诺布尔大学(UJF)

项目范围内可选的专业: 格勒诺布尔大学的所有专业

高等理工学院

项目范围内可选的专业:精确科学、工程科学、经济学

巴黎高科国立高等矿业学校

项目范围内可选的专业:  精确科学、工程科学、经济学

巴黎高科国立高等先进技术学院(高级国家先进技术学校)

项目范围内可选的专业:精确科学、工程科学、经济学

巴黎高科国立高等电信学校

项目范围内可选的专业:IT、编程  

巴黎高等物理化工学院

项目范围内可选的专业:物理、化学

巴黎高科高等光学学校

项目范围内可选的专业:光学

巴黎高科桥路学院

项目范围内可选的专业: 精确科学、工程科学、经济学

计算机科学和数学工程研究生院

项目范围内可选的专业:IT技术

艾克斯-马赛大学

项目范围内可选的专业:项目范围内可选的专业:


研究领域:信息技术运筹学研究

研究题目:竞争设施选址

Short description: Two companies, a leader and a follower, open facilities and compete to attract clients from a given  market. Each company has a budget and maximizes own market share. Each client splits own demand probabilistically over all opened facilities by the gravity rule. The goal is to find the location and design of the leader facilities to maximize his market share. We wish to develop some heuristics for this game based on the best response strategy and present some computational results.

Internship supervisor: Yury Kochetov

课程时间:3 - 6个月

要求:组合优化上的技巧、C或C++

研究领域:信息技术

研究题目:神经网络在数据分类中的应用

Short description: Deep learning and artificial neural networks are the hot topics now. This is because modern hardware like NVIDIA GPUs give a chance to train neural networks in a few days or hours instead of weeks and months on a CPU. During the internship we suggest to students learn different frameworks like Tensorflow, PyTorch and others, and apply those tools to classify/analyze data for our association dictionary (http://dictaverf.nsu.ru, http://adictru.nsu.ru). Results of the research could turn to a new functionality of the web site.

Internship supervisor: Alexey A. Romaneko, Novosibirsk State University

语言 : 俄语/英语

课程时间: 2 - 3个月

要求:

  • Python基本知识
  • 基本的数学背景
  • 幽默感

研究领域: IT-modern密码学、信息安全

研究题目:非标准的应用程序的加密原语的设计、开发和实现

Short description: There are a lot of applications where we cannot use standard method of encryption.  The secret processing of data require a fully homomorphic encryption and order preserving encryption. The lightweight encryption is useful for weak processors and small data storage. SCADA systems must be protected from “side channel attack”.  The realization of cryptographic primitives for FPGA.  All this applications require new approach to design new methods of encryption. This questions will be the main theme of future work.

Internship supervisor: Sergey Krendelev, PhD, professor Novosibirsk State University             

语言 : 俄语/英语

课程时间: 3-4个月

要求:数论、离散数学、线性代数、数学编程。

研究领域:运筹学、离散优化、计算几何

研究题目:无线传感器网络的优化(WSN)

Short description: Modern WSNs consists of intellectual devises – sensors. Each sensor collects certain data inside the area which is called the coverage zone of the sensor and transmits it (hop-by-hop) to the base station (BS) or sink. Since the sensing energy consumption is proportional to the covered area, the problem of energy consumption minimization is reduced to the classical computational geometry problem of coverage density minimization.

Collected by the sensors data must be delivered to the BS consuming the minimal communication energy which is proportional to the transmission distance. Then the next problem is a synthesis of the communication spanning tree which consumes minimal communication energy. This is a well know strongly NP-hard problem, and approximate algorithms are desirable.

Another problem, which arises in the context of WSNs optimization, is a conflict-free (interference-aware) data aggregation which is strongly NP-hard problem in general. The problem remains NP-hard even when the aggregation tree is given. But if communication graph is a unit square grid, then the problem can be solved by polynomial time when the transmission distance is 1 or 2. For greater transmission distance, only approximate algorithms are known.

In the problem of barrier monitoring in the case of mobile sensors, there is a problem of moving sensors to a minimum total distance in such a way as to cover a certain line (barrier). This problem is NP-hard in the case when the coverage area of each sensor is a circle of a certain radius. If the coverage areas of all sensors are the same, then the complexity of the problem is open question. Although, some approximate algorithms are known

The student will be offered several topical problems arising in the context of optimization of the WSNs. Upon successful completion of the internship, an article will be prepared.

Internship supervisor: Prof. Adil Erzin, Sobolev Institute of Mathematics, Siberian Branch of the Russian Academy of Sciences, and Novosibirsk State University

语言 : 俄语/英语

课程时间:: 1-12个月

要求:基础数学教育;一般运筹学的知识,特别是组合优化和计算几何知识

研究领域:核磁共振、自旋超极化和弛豫

研究题目:我们可以提供核磁共振(NMR)相关研究领域的一些主题,如“研究长寿的自旋状态的开发方法”、“超低磁场中核磁共振实验的运行”、“动态核极化(DNP)的理论描述”。

Short description: we are studying spin dynamics in various NMR experiments dealing with non-thermally polarized spin systems. By exploiting strong non-equilibrium polarization of spins, also termed spin hyperpolarization, one can strongly enhance signals in NMR, which is crucial for many applications. We investigate theoretically and experimentally various aspects dealing with the evolution of polarization, such as polarization transfer from protons, which are often easy to polarize, to other nuclei. We can run unique experiments using field variation over a very wide range, from 10 nanotesla to 10 Tesla: access to very low fields provides favorable conditions for polarization transfer among hetero-nuclei. We are also interested in spin relaxation phenomena and their magnetic field dependence, which can be used to probe molecular mobility. Last but not least, we are developing new methods for working with spin pairs prepared in the singlet spin state, since such states are often “long-lived” and relax to equilibrium much slower than net spin magnetization. Extended lifetimes of such states offer a broader window for NMR observation. We are developing techniques for generating such states in an efficient way. As far as specific project is concerned, we can propose different options, hence the choice can be up to the applicant and his/her research interests and personal preferences.

Internship supervisor: Prof. Konstantin Ivanov, International Tomography Center (Siberian Branch of the Russian Academy of Science) and Novosibirsk State University

语言 英语

课程时间:: 3-4个月

要求:基本的核磁共振知识是要有的;可以运行理论或实验项目。

研究领域:微分方程、积分微分方程、等离子体理论、流体动力学

研究题目:开发新的方法来解决在基于反馈原则的等离子体约束的问题。

Short description: This internship is aimed at development of new approach to a solution of the problem of a plasma confinement which is based on the principle of a feed–back. It is planned to move to achievement of this goal through a solution of two problems of the linear stability for thermodynamic nonequilibrium (or, in other words, quasi–equilibrium) stationary states of boundless collisionless electroneutral plasma in the electrostatic approximation (Vlasov–Poisson plasma) in one–dimensional statement. Specifically, by the time of completion of the internship, problems of the linear stability for one–dimensional/radial quasi–equilibrium stationary states of Vlasov–Poisson plasma in relation to one–dimensional/radial perturbations in the Cartesian/spherical frame will be solved in case the plasma includes charged particles of one sort with stationary distribution functions which are not isotropic on a phase continuum. The choice of listed above problems for this internship is caused by the fact that results of their decision (so, and new approach to a solution of the problem of a plasma confinement on the basis of the principle of a feed–back) can be illustrated with rigorous analytical examples of corresponding stationary states and small perturbations. Desirable number of interns ― two persons (according to number of problems). Before the internship, it would be useful for future interns to examine with the article [1] and with English–language sources which are contained in this article.

Address of internship: Sobolev Institute for Mathematics SB RAS, 4 Acad. Koptyug Ave., Novosibirsk 630090, Russian Federation.

Internshi supervisor: Yuriy Gubarev; Laboratory for Fluid and Gas Vortical Motions, Department of Physical Hydrodynamics, Lavrentyev Institute for Hydrodynamics SB RAS, 15 Lavrentyev Ave., Novosibirsk 630090, Russian Federation; Section of Differential Equations, Department for Mechanics and Mathematics, Novosibirsk State University, 1 Pirogov Str., Novosibirsk 630090, Russian Federation; Section for Physics of Continuous Media, Department of Physics, Novosibirsk State University, 2 Pirogov Str., Novosibirsk 630090, Russian Federation.

语言 : 俄语/英语

课程时间:2018年5月 - 9月

要求:积分微分方程、微分方程与偏导数和常微分方程的理论;偏导数的积分微分方程和微分方程的解决系统的数学稳定性理论;Vlasov-Poisson等离子体理论;涡浅水理论。

Reference: 1. Gubarev Yu.G. On instability of dynamic equilibrium states of Vlasov–Poisson plasma // Applied Mathematics and Physics. 2016. Vol. 4. No. 1. P. 1–8.

研究领域:化学物理

研究题目:凝聚型高爆炸药(HEs)不均匀性的X射线层析成像

Short desciption: investigations of condensed HEs revealed the essential role of inhomogeneities in the initiation of detonation. For example, the duration of the reaction zone at the detonation of pressed trinitrotoluene (TNT) is two times shorter than in the cast TNT. This difference is related to the different structure of the charge. The objective is to investigate the distribution of cavities in the HE charge using available x-ray tomography data. Later, we plan to the create the computer program for analyzing the inhomogeneities and to investigate several HEs using this program.

Address of internship: Institute of Hydrodinamics Siberian Branch of the Russian Academy of Sciences, Lavrentiev Prosp., 15, Novosibirsk, 630090, Russia

Internship supevisor: Satonkina Nataliya, researcher, PhD; Dmitry Medvedev, senior researcher, PhD.

语言 俄语/英语

课程时间: 3-4个月

要求:C++编程;对Linux的认识不是必要条件,但熟练掌握者稍具优势;使用ParaView等程序包进行数据的图形表示;独立工作的能力。

研究领域:化学物理、电路

研究题目:模拟碳纳米管

Short description: In some thechnical devices a problem of static electricity arises resulting from, for example, friction. For safety, it is necessary to get rid of the static electricity. This task is easily solved by the addition of carbon nanotubes to the material. It is necessary to carry out a simulation to determine the location of the elements relative to each other and the effect of the additive on the conductivity.

Address of internship: Institute of Hydrodinamics Siberian Branch of the Russian Academy of Sciences, Lavrentieva Ave., 15, Novosibirsk, Russia, 630090

Internship supervisor: Satonkina Nataliya, researcher, PhD.

语言: 俄语/英语

课程时间: 3-4个月

要求:C++知识、迭代方法、电路;对Linux的认识不是必要条件,但熟练掌握者稍具优势;独立工作的能力;使用像ParaView等程序包图示数据的技能。

研究领域:: chemisal physics, electrical circuit.

研究题目:: Investigation of influence of highly conductive inclusions in the medium to a overall conductivity.

Short description: Previously, the correlation was obtained between the value of the electrical conductivity and the mass fraction of carbon at the detonation of the high explosives[1]. There is a hypothesis that the carbon atoms are arranged in a fractal nanostructures piercing detonation environment. As shown in [2], the mass fraction of carbon of less than 0.07 is insufficient to form a mesh, but correlation of conductivity and mass fraction still exists. We plan to investigate the effect of highly conductive carbon inclusions in the low- conducting medium to the overall electrical conductivity.

1. Satonkina, N.P. Jornal of Applied Physics, 2015, vol. 118, p. 245901. doi: 10.1063/1.4938192

2. Satonkina N.P., A. P. Ershov, E. R. Pruuel, and D. I. Karpov, in Proceedings of the XXIX International Conference Physics of Extreme States of Matter (2014).

Address of internship: Institute of Hydrodinamics SB RAS,  Lavrentieva Ave., 15, Novosibirsk, Russia, 630090

Internship supervisor: Satonkina Nataliya, researcher, PhD.

语言: 俄语/英语

课程时间: 3-4个月

要求:C++的知识、迭代的方法、电路;对Linux的认识不是必要条件,但熟练掌握者稍具优势;使用像ParaView等程序包图示数据的技能;独立工作的能力。

研究领域: 流体动力学

研究题目:先进的湍流流动数值模拟

Short description: You will be invited to push forward the current understanding of turbulent flows using advanced supercomputing supplemented with a proper theoretical analysis. A wide range of interacting length scales makes turbulence one of the greatest current challenges in science (see Millennium Prize Problems on the existence and smoothness of the Navier–Stokes equations). From the practical point of view it is sufficient to be able to predict and manipulate the largest scales of motion due to the bulk of the turbulent kinetic energy carried by these usually organized «coherent» structures. An example of such a turbulence building block is shown below for the far field of a fluid jet spreading in the same fluid environment (simulation of Prof RD Sandberg, University of Melbourne). It turns out that organized motion takes the form of a number of helical vortices propagating dowstream with the flow (see the framed red region and the blow up with helical structures on the right). These observations have the potential to help control the properties of engineering-relevant flows such as mixing, spreading, acoustic characteristics etc.

Address of internship: Institute of Thermophysics, Siberian Branch of the Russian Academy of Sciences, Lavrentev 1, 630090, Novosibirsk, Russia.

Internship supervisor: Mullyadzhanov Rustam, Ph.D, research fellow in the Institute of Thermophysics, Siberian Branch of the Russian Academy of Sciences

语言: 俄语/英语

课程时间: 3-6个月

要求:流体动力学基本知识、基本编程技巧

研究领域: Mathematics and Computer Science.

研究题目:: Semi-supervised classification of hyperspectral images using cluster ensemble and transfer learning.

Short description: The research subject is mathematical theory of machine learning and data mining, especially in the area of ensemble clustering and image classification. The results of research are expected to be applied for developing more efficient algorithms for computer analysis of satellite images. The student's task is:

a) to get acquainted with existing mathematical models and methods in the research field;

b) to develop a new method which combines ensemble clustering, kernel based classification and transfer learning;

c) to suggest an algorithm and write a program code;

d) to study the  efficiency of the algorithm on hyperspectral images.

Address of internship: Sobolev Institute of Mathematics, Siberian Brancj of the Russian Academy of Sciences.

Internship supervisor: Vladimir Berikov

语言 : 英语

课程时间:: 4个月

要求:概率论、数理统计、优化和计算机编程的基础知识。这项工作地点是索伯列夫数学研究所的数据分析实验室,实验室里常用的语言是俄语,可是大多数研究员会英语。

研究领域:先进的加速技术

研究题目:模拟等离子体粒子束动力学的韦克菲尔德加速器。

Short description: This is a theoretical work combined with numerical experiments. General laws are to be derived from particular cases produced by simulations. Long term evolution of particle beams in self-consistently produced plasma wakefields will be studied with the help of available quasi-static code LCODE. The particular attention is to be paid to energy spread and emittance of the accelerated beam and to the overall efficiency of the concept. The results will be of importance for AWAKE project at CERN, as well as for several supporting experiments with self-modulating electron beams (at SLAC, DESY, Budker INP). 

Internship supervisor: Konstantin Lotov, professor.

语言: 俄语/英语

课程时间:: 3个月

要求: 力学基本课程、电动力学和流体力学是必要的。等离子体物理基础课程、加速器物理、连续介质电动力学、狭义相对论是可取的。在学术成就最高25%。

 

 

研究领域:计算数学、数据同化、反问题、大气化学

研究题目:对流扩散反应模型数据同化算法的发展

Short description: In case of uncertain model parameters a data assimilation algorithm allows to improve model forecasts with the use of measurement data obtained from the monitoring network during the simulation. Data assimilation problem is considered as a series of the connected inverse problems. Within this framework a control function is introduced into the model source term (which can be interpreted as emission rate) to provide flexibility to adjust to data. Our study is focused on data assimilation algorithms for atmospheric chemistry transport and transformation models. Computational complexity of data assimilation algorithms is due to high dimensionality of the models and the requirement for the real-time operation mode. Complicated models can be treated by using a splitting technique which can be efficiently parallelized. You will be involved in the study of the data assimilation algorithms for the nonlinear production-destruction models responsible for the modeling of the chemical transformations.  

Address of internship: Institute of Computational Mathematics and Mathematical Geophysics, Siberian Brancj of the Russian Academy of Sciences, prospect Akademika Lavrentjeva, 6, Novosibirsk, 630090, Russia. 

Inteship supervisor: Vladimir Penenko PhD, DSc, head of the Laboratory of Mathematical Modeling of Hydrotermodynamic Processes in Environment at ICM&MG SB RAS, Professor of Mathematics at Novosibirsk State University. Alexey V. Penenko, PhD, Senior researcher at ICM&MG SB RAS, researcher at Novosibirsk State University.  

语言: 俄语/英语

课程时间: 4个月

要求:计算数学的知识(尤其是ODE)、功能分析和变分法、反问题分析和解决方法、编程技能。

 

研究领域:应用数学、数值数学、数学建模。

研究题目:反问题和不适定问题:数值运算和应用程序

Short description: The main purpose and characteristic feature of this program is the accessibility of presentation and an attempt to cover the rapidly developing areas of the theory, numerical methods and applications of inverse and ill-posed problems as completely as possible. 

Internship supervisor: Prof. Dr. Maxim Shishlenin, Doctor of Physical and Mathematical Sciences.

语言: 英语

课程时间:: 4个月 — 2年

要求:数学物理(高级)、数值数学(基本)、PDE(基本)、ODE(基本)、微积分(高级)。

研究领域:寒武纪地层学、古生物学

研究题目:图瓦早寒武纪古杯钙质微生物的研究

Short descriptionThe study of Archaeocyatha - calcimicrobal bioconstructions of Bayankol and Shevilig Formations of Tuva (Lower Cambrian). Study of the systematic composition, morphological features of “regular” and “irregular” archeocyatha and features of paleogeographic distribution. Conducting a comparative analysis of complexes of archeocyatha with complexes of neighboring regions (Kuznetsk Alatau, Gorny Altai, Mongolia, China). 

Internship supervisor: Tokarev D.A.; Trofimuk Institute of Petroleum Geology and Geophysics of Siberian Branch of Russian Academy of Sciences

语言: 俄语/英语

课程时间:: 25.05.2018 – 25.08.2018  

要求:3-4年级本科生、学士或硕士学位

研究领域:阿尔泰薩彥嶺褶皱区域的下寒武纪生物地层学

研究题目:图瓦地区Atdabanian和Botomian阶段的三叶虫生物地层学

Short descriptionMonographic study of collections of the the Lower Cambrian trilobites from several sections of Tyva Region. Conducting a comparative analysis trilobites with complexes from other regions (Siberian Platform, Mongolia, Kuznetsk Alatau, etc.). Identification of the features of the paleogeographic and stratigraphic distribution of trilobites. Preparation an article on the paleobiogeographic distribution of trilobites of the Atdabanian and Botomian Stages. 

Internship supervisor: Korovnikov I.V.; Trofimuk Institute of Petroleum Geology and Geophysics of Siberian Branch of Russian Academy of Sciences

语言: 俄语/英语

课程时间:: 25.05.2018 – 25.08.2018  

要求:3-4年级本科生、学士或硕士学位

研究:计算催化

研究题目:由ferryl络合物的C-H键活化

Short descriptionThe growth of energy consumption in the world and a steady decline of reserves light and medium crude oils inevitably lead to necessity of increasing the production of heavy crude oil. Processing of heavy and extra-heavy oil is difficult mainly due to the higher viscosity, the significant content of high-molecular compounds of heteroatoms and metals, and a smaller ratio of H:C in comparison with light and medium oils.

Upgrading of heavy oil using water today is a strong interest as an alternative to the traditional, based on the processes of thermal cracking and hydrocracking. The water in this case is considered as a source of hydrogen as well as medium (in the case of the refining of oil in sub - and supercritical water). Dispersed catalysts showed himself as a promising catalysts for the processing of heavy oil. Their advantage is reduced influence of diffusion limitations and increasing the availability of highly active centers for the high-molecular compounds.

Today is actively developing the technology upgrading of heavy oils and petroleum residues in the presence of dispersed catalysts, suspended in the raw material (slurry-phase process). The precursors of catalysts decompose directly in crude oil (in situ) under the influence of elevated temperature with the formation of dispersed particles, the size of which may vary from a few tens of nanometers to micrometers.

The aim of this work is to study the process of steam cracking of heavy oil in a slurry and batch reactor using disperse catalysts based on iron, molybdenum and other metals produced in situ. The resulting liquid and solid products analyze by various physicochemical methods (XRF, TEM, EXAFS, CHNS analysis, viscometry, ASTM-1160, etc).

The topic of study is placed on the edge of pure and applied catalysis. 

Internship supervisor: Dr. Roman Kukushkin, Boreskov Institute of Catalysis, Novosibirsk State University

语言: 英语

课程时间:3 — 6个月

要求:除了对结果有很高的激励和快速处理新信息的能力以外,对学生没有特别的要求。

研究:计算催化

研究题目:由ferryl络合物的C-H键活化

Short description: The [FeO]2+ group in the ferryl S=2 FeIV=O ground state is shown to be key intermediate in the oxidation catalysis by the non-heme iron enzymes.[1] The same group in the oxyl FeIII-Ostate formed in zeolite Fe-ZSM-5, called “α-oxygen FeIII-O center“, revealed extraordinary activity in the methane-to-methanol oxidation.[2] Our team has been developing the conception on determinative role of the oxyl state and its energy with respect to the ferryl ground state in the H abstraction from methane with the iron-hydroxide complexes containing the [FeO]2+ group by means of the DFT and CASPT2 calculations. [3] Internship is proposed to be the DFT study of the methane oxidation on model ferryl complexes in zeolites

[1]          M. Lundberg, T. Borowski, Coord. Chem. Rev. 257 (2013) 277–289. doi:10.1016/j.ccr.2012.03.047.

[2]          M. V. Parfenov, E. V. Starokon, L. V. Pirutko, G.I. Panov, J. Catal. 318 (2014) 14–21. doi:10.1016/j.jcat.2014.07.009.

[3]          V. Kovalskii, A.A. Shubin, Y. Chen, D. Ovchinnikov, S.P. Ruzankin, J. Hasegawa, et al., Chem. Phys. Lett. 679 (2017) 193–199. doi:10.1016/j.cplett.2017.05.002. 

Internship supervisor: Dr. Igor L. Zilberberg, Boreskov Institute of Catalysis, Novosibirsk

语言: 英语

课程时间:: 3 — 6个月

要求:申请人应具有自然科学或数学专业的或另一个相关领域的学士学位或硕士学位。有计算建模技能更佳。

研究:材料的表征方法、多相催化

研究题目: 铂前驱体与承托表面之间结构和电子方面交互作用研究

Short descriptionWell known that supported Pt catalysts have a wide application in the modern industry. Nevertheless for the more smart application of these systems it is necessary to know how to manage the particle sizes of supported Pt nanoparticles. Typically this task is being solved empirically by selection of Pt precursors and supports as well as varying conditions of sample preparation (support pretreatments, heating treatments and so on). The aim of the present work is to understand what happens during the processes of catalyst preparation, how anchorage process between Pt-contained cluster in solution and support sites during the impregnation process is going on and etc. The main idea of our research is the combined study of the processes of the aging of solutions of Pt precursors and the processes which occur during a support impregnation and heating treatments of the catalysts using SAXS (small angle X-ray scattering), XPS (X-ray photoelectron spectroscopy) and TEM (transmission electron microscopy) methods. SAXS and TEM provide information about particle size and shape in all stages of preparation from solutions to catalysts. Application of XPS allows information about valence state of Pt-contained particles on the supports during all stage of preparation. So combined knowledge about liquid and solid systems allows to get the key to the size control of supported Pt nanoparticles. 

Internship supervisor: Dr. Yurii Larichev and Dr. Anna Nartova, Boreskov Institute of Catalysis, Novosibirsk State University

语言: 俄语/英语

要求:具有物理学研究方法(XPS, SAXS等)、催化、 材料学基础知识或着对学习材料学、表面科学和多相催化方面的知识和技能拥有强烈动机。

针对的学生

完成地质类课程的本科生(与NSU一年级地质学与地球物理学系的学生一起培训)。

实习周期

两周。 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。 7月1 – 15日或7月15–30日。

授课语言

俄语/英语

费用

依据申请的具体项目计算

结果

证书

在阿尔泰山区学生们观察折叠岩石、地质不整合接触、现代冰川、内力(包括地震在内)和外力地质作用的形迹等等。

对一年级的学生们而言,在阿尔泰山脉的实习是他们首次野外考察的体验。在那里,学生们加强普通地质学的理论知识,学习使用地质罗盘和铁锤开展研究工作。

在认识实习中,学生们进行现场文档记录,学习如何进行地质观察和组织野外考察。在实习过程中,学生们能够获得第一次在山里生存的体验(驻营野外)、交到新朋友、形成一个由共同目标和野外生活方式而结合成的集体。

针对的学生

完成构造地质学课程的本科生(与NSU二年级地质学与地球物理学系的学生们一起培训)。

实习周期

6月中的4周(再加上7月中的2周)。 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。

语言

俄语/英语

费用

依据申请的具体项目计算

结果

结果

约150平方公里的训练场地位于克拉斯诺亚尔斯克边疆区南部,在哈卡斯共和国的希拉(Shira)区。 NSU地质学与地球物理学系的二年的级学生们在那里进行构造地质学和地质填图的野外工作。现场地理环境是美丽的单面山地地形,有很多淡水湖和咸水湖,在课程期间会保障学生们的安全和舒适。

实习区的地质构造既有趣,又有吸引力,因为这里有大量重要的地质构造的结构、岩石和矿物、被发现的独特的古生物等。地质学和岩石学的多样性都集中在这一个小区域。

NSU野外地质教研基地位于离“珍珠”度假胜地和阿巴坎-阿钦斯克高速公路不远处。基地由五个教室、一个食堂、学生和教职员工们的住所组成。

在野外实习期间,学生们需要:

  • 这个培训场地上,地质测绘的时候用比例尺为1:50000(工作比例尺为1:25000)进行综合地质构造的研究;
  • 培养独立开发研究各种地质项目的能力;
  • 在后期处理收集材料的期间,学习解释材料和整合材料的基本方法;
  • 掌握运用现代地理信息技术。

针对的学生

地球物理学专业的本科学生(与NSU二年级地质学与地球物理学系的学生们一起培训)。

实习周期

7月的三周。 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。

语言

俄语/英语

费用

依据申请的具体项目计算

结果

证书

约150平方公里的训练场地位于克拉斯诺亚尔斯克边疆区南部,在哈卡斯共和国的希拉(Shira)区。 地球物理学专业的学生学习对电阻率、重力、地面辐射测量学进行研究,并学会运用光谱法、氡射气测量的方法和装置。

这次野外实习的优点是因为学生们就在这个地方参加了构造地质学和地质填图的实习课程,所以每个人都可以靠着亲自测绘的培训场地的地质地图。本实习结束后学生们清晰地了解对研究地球的深层结构和矿产勘查的每个方法的可能性。 听完每个主题绪论性的演讲之后,学生们就在实习区进行野外工作。学生们交替地做野外工作和测量结果的后期处理。 NSU野外地质教研基地位于离“珍珠”度假胜地和阿巴坎-阿钦斯克高速公路不远处。基地由五个教室、一个食堂、学生和教职员工的住所组成。

针对的学生

地球化学专业本科生(与NSU二年级地质和地球物理系的学生们一起培训)

实习周期

2周 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。

实习周期

俄语/英语

费用

依据申请的具体项目计算

结果

证书

这个野外实习的主要目的是向学生尽可能展示矿物世界中自然环境的多样性。他们观察在变质、岩浆和热液过程中形成的矿物和岩石,体验探索工作的困难,还会采集到一些美丽的矿物标本。

针对的学生

地球物理专业的本科生(与NSU三年级地质和地球物理系的学生们一起培训)

实习周期

3周。 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。

语言

俄语/英语

费用

依据申请的具体项目计算

结果

证书

Burmistrovo村附近,离咢毕水库不远的地方,NSU地质与地球物理系的三年的学生们对第四纪沉积物水平分层进行全面的地质物理研究,他们从熟悉研究中使用的检测仪器入手,进行地震和电磁地质物理场的观测,采集并对所获得的数据资料进行处理和地质解释。教学实践中,学生们使用以下先进的设备:

  • 加拿大凤凰地球物理有限公司的“MTU-5”和“MTU-5A”音频大地电磁法测深仪器;
  • “美利”(МЭРИ)-24”测量仪和“西北”与“西伯利亚地球物理学仪器(SibGeoDevice)”有限公司的“阿斯特拉(АСТРА)-100”发电机;
  • “西伯利亚地球物理学系统(SibGeoSystems)”科研生产公司的“FastSnap”地面电磁探测系统;
  • 法国Sercel公司“Sercel 408”地震勘探仪器。

针对的学生

完成地球物理、古地磁学、古生物学、普通地质学、构造地质学、第四纪地质学和冻土专业的本科生和研究生。

实习周期

7月中的三周 注意:为了能够按时办理好有关手续(如给实习单位交纳实习费、办宿舍登记和落地签等等)需要提前3天抵达并实习后再逗留3天。 为了获得进入北极野生动物保护和边疆地区的许可,申请人必须提供详细个人信息和相关证件。

语言

俄语/英语

费用

2000美元

结果

证书;成功完成实习项目后,您有机会申请加入硕士学位和博士学位的培训项目。

萨莫伊洛夫基岛是在勒拿河三角洲成千上万岛屿中的一个,位于雅库特(萨哈共和国)的季克西(Tiksi)小镇西北方向的约100公里处。这个岛上的许多学科研究站由俄罗斯科学院西伯利亚分院特罗菲穆克石油地质与地球物理研究管理,所以NSU的学生和研究人员有机会参加极地地质学家的专题研究。

研究领域包括:

地球物理观测和研究,如电法勘探、磁力测定等调查;无人机航空多光谱摄影、冻土岩石监测以及对冻土区、生物群、地形和水气的气候影响的研究;

萨莫伊洛夫基岛和其他勒拿河三角洲的岛屿冻土的形成和岩石的地貌和地质研究(包括冰结构和构造运动的形迹);

岛屿、勒拿河和其支流地区的古生代沉积岩和火山镁铁质岩石的古地磁学、岩石磁学和古生物学的研究。


该实习课程面向历史、东方学和考古学专业的本科生。

实习周期

12天(东方学本科生)或24天(历史和考古学本科生)。

语言

俄语/英语

费用

免费