伊博乐，女，蒙古族，1985年出生，副教授，硕士生导师，2007年毕业于内蒙古师范大学物理与电子信息学院，获物理学学士学位，2010年毕业于内蒙古师范大学物理与电子信息学院，获凝聚态物理理学硕士学位，2016年毕业于荷兰代尔夫特理工大学应用科学学院，获理学博士学位，2018年至今在内蒙古师范大学物理与电子信息学院任教，主要讲授《电磁学》、《凝聚态磁性物理》、《凝聚态磁学》等课程。指导本科毕业论文3个课题。
目前研究工作主要从事磁相变材料的制备、结构与磁性研究，重点研究新型过渡族金属化合物的磁热效应和负膨胀性能，以及单晶生长。现主持国家自然科学基金项目2项，校级项目2项。到目前为止，共发表了SCI国际论文20余篇，其中第一作者和通讯作者8篇。包括Acta Materialia, Phys.Rev. B，Appl. Phys. Lett.,Chemistry of Materials, Advanced Materials等国际核心期刊，总引次数超过300次。
研究方向：磁相变材料
电子邮箱：hyibole@imnu.edu.cn
Prof. Dr. Francois Guillou老师简介：
Prof. Dr. Francois Guillou is offering one Master’s project (plus one optional depending on attendance) starting in September 2019. Since March 2018, he works at the Inner Mongolia Normal University, and more specifically at the Key Laboratory for physics and chemistry of functional materials as professor (Foreign High-level Talents & Professionals) to conduct research and teach materials science and condensed matter physics.
Prior 2018, he participated in research at international level through doctoral (France) and several postdoctoral projects on magnetic and caloric materials. During his postdocs, he joined leading groups in the field of functional magnetic materials for energy of Prof. Dr. E. Bruck (TU Delft, Netherlands) and Prof. Dr. V.K. Pecharsky (Ames Laboratory, USA), and also worked at a state of the art synchrotron facility (ID12 beamline, ESRF, France).
F. Guillou already supervised several BsC students (~10), MsC students (3) and was daily supervisor of one PhD student. All of them successfully defended their work. Within the 10 years from the beginning of his PhD till today, F. Guilloupublished 18 articles as first author in regular peer reviewed international journals, including high impact journals (Advanced Materials, Nature Communication). He also wrote 3 patents for the BASF company, and contributed to 20 additional articles published in regular peer reviewed international journals. It should be highlighted that all the projects F. Guillou was involved in have systematically led to publications at international level. He regularly presented (with vast majority of oral presentation) his work in international conferences. F. Guillou is currently leading one NSFC project and one IMNU project.
Preliminary Master’ project(s) plan, starting September 2019:
1- Developing state of the art thermal measurements for caloric materials.
Making accurate and reliable measurements is an essential precondition in experimental physics. While several commercial solutions exist to perform thermal measurements (temperature, specific heat) the specificities of caloric materials call for home-made probes with particular designs. The first and main goal of this master’s project will be to develop one differentialscanning calorimetry probe and one direct temperature change probe compatible with the versatile environment of the Quantum Design Versalab system. While all the required physical components are already available at Key laboratory, a significant amount of work will be required on building a LabVIEW interface. The second step of the project will consist in performing such measurements on reference materials. Finally, measurements on samples prepared at IMNU and in collaborating laboratories will be carried out.
Main skills going to be developed: Metrology, LabVIEW programming, basis of magnetic and caloric materials, physical measurements in general, independent scientific work.
(2)- Toward rare-earth free permanent magnets deriving from Fe2P (optional)
Our recent discovery of a significant magneto-crystalline anisotropy at room temperature in quaternaries deriving from Fe2P offers great promisesfor creating rare-earth free permanent magnets. However, before such permanent magnets can be produced routinely several challenges need to be tackled: 1-creation of remanence and coercivity by control of defects concentration and particle size reduction ; 2- creation of oriented bonded permanent magnets ; 3- Compositional optimization and formulation of new compounds ; 4- understanding of the structure-properties relationships and origin of the magnetic anisotropy. This project will involve an extensive experimental work from synthesis of magnetic materials, chemical characterizations to magnetic measurements.
Main skills going to be developed:Synthesis of materials by various methods, chemical characterizations including x-ray diffraction and electronic microscopy, physical measurements with emphasis on magnetic measurements, independent scientific work.
English will be the working language for the project(s).
Contact: francoisguillou@imnu.edu.cn