留学主题咨询
￥350
芝士圈微信群成员首单优惠价
￥333 加入芝士圈微信群>>
微信扫码发送「咨询群优惠」进群
【申请成功不等于终点】预备新生入学，研究计划以及毕业后的就业去向（细到研究文献阅读，论文写作和导师沟通建议的分享）- 来自北美理工博士后科终极建议- 从预备入学到毕业。
其他 留学预备入学 毕业就业去向 硕博学习生活 北美理工博士后经验- 课程简述: 给你来自第一线血和汗的教训，教你如何快速适应硕博学习的项目，利用现有导师、学校和平台的一切资源，让你的留学不再是“游学”。
- 适用用户: 想要清晰了解硕博学习项目的血和泪。明确学位追求的付出和收获，不停探索自我人生追求的同学。
￥350
芝士圈微信群成员首单优惠价
￥333 加入芝士圈微信群>>
微信扫码发送「咨询群优惠」进群
【北美工科硕博】非顶尖高校背景工科生申请美国全奖硕博的申请指导 从入门到入学
其他 DIY留学申请 全奖硕博项目 北美工程硕博申请 第一线经验指导 超高性价比留学- 课程简述: 北美工学博士后的全新第一线经验带你从入门到入学，自主DIY选择，申请具有超高性价比的硕博项目。
- 适用用户: DIY申请北美工程硕博项目的同学
咨询前了解：在咨询开始前，先进行背景信息了解环节，以便高效讨论，并提供针对性的实际建议。
5~10分钟：与学生进行双向沟通，确认学生咨询需求的心理想法，深入了解客户的潜在需求。帮助学生建立正确的择校观，并明确在选校和背景提升方面的努力方向。
20分钟：梳理申请时间线和申请人优劣势，明确现阶段背景提升的项目和文书修改的计划。同时，从北美一线硕博学生的经验和教训出发，提供个性化择校、专业领域和研究方向的建议，以及毕业后的就业方向规划。
20分钟：进一步挖掘申请者个人特点，根据不同申请阶段提供详细的竞争力提升计划和意见。
10分钟：提供互动问题环节，对具体事例提供建议，包括但不限于择校和择offer的建议，美国各地生活环境的分析，VISA申请和海关窍门，以及如何快速适应硕博研究学习和未来人生规划的经验分享。
自我介绍
自我介绍
教育经历
教育
教育
University of Oklahoma
PH.D Chemical Engineering
~
Lanzhou University
Bachelor Chemical Engineering
~
经历
经历
Postdoctoral Researcher
Arizona State University , School for the Engineering of Matter, Transport, & Energy
~
Validated student member
North American Catalysis Society
~
The North American Catalysis Society was founded in 1956 to promote and encourage the growth and development of the science of catalysis and those scientific disciplines ancillary thereto; to provide educational services to members and other interested individuals; to organize and participate in professional meetings of scientists; to report, discuss and exchange information and viewpoints in the field of catalysis; to serve as a central exchange for the several catalysis clubs concerning information on their activities; and to provide liaison with foreign catalysis societies, with the International Congress on Catalysis, and with other scientific organizations and individuals.
Approved Loyalty Member
Psi-k organization
~
Psi-k is a Europe-based, worldwide network of researchers working on the advancement of first-principles computational materials science. Its mission is to develop fundamental theory, algorithms, and computer codes in order to understand, predict, and design materials properties and functions. Theoretical condensed matter physics, quantum chemistry, thermodynamics, and statistical mechanics form its scientific core. Psi-k is a bottom-up researchers' network, established in 1994, to build strength and cooperation in the field of computational electronic structure. Since 2007 Psi-k has been a company limited by guarantee with a registered office at STFC Daresbury Laboratory.
获奖 & 荣誉
获奖 & 荣誉Gallogly College of Engineering Dissertation Excellence Award
Gallogly College of Engineering, University of Oklahoma
Rewarding and encouraging excellence in research is a core value of the Gallogly College of Engineering(GCoE). The Gallogly College of Engineering Dissertation Excellence Award (DEA) is designed to reward.
PhD students that have achieved outstanding research results and encourage these students to complete their dissertation with excellence. The purpose of this announcement is to solicit outstanding applications to receive these awards.
发表文章
发表文章Lanthanum-Doped Graphene for Electrocatalytic Reduction of Nitrogen Monoxide
Y Yan, Z Masood, B Wang
The Journal of Physical Chemistry C
Electrocatalytic conversion of nitrogen oxides is a promising approach to address nitrogen pollution in underground water. Nitrogen oxides, such as nitrate and nitrite, can be reduced to N2 and NH3 over an electrocatalyst, with NO as the key intermediate, subsequent reaction of which controls the overall activity and selectivity. Here, we report density functional theory calculations of NO electrocatalytic reduction (NOER) over lanthanum embedded in graphene. This study reveals the unique mechanism of NOER over rare-earth-based catalysts, highlighting the potential application of atomically dispersed f-block elements for electrocatalytic reactions.
Proton shuttling flattens the energy landscape of nitrite catalytic reduction
Pengcheng Huang, Yu Yan, Aayan Banerjee, Leon Lefferts, Bin Wang, Jimmy A Faria Albanese
Journal of Catalysis
Water molecules can enhance or inhibit hydrogenation reactions depending on the nature of the reactive species and active sites. In metal-catalyzed nitrite (NO2–) reduction the presence of protons is essential to complete the reaction in the aqueous phase. This work provides new insights that will be key in developing more efficient catalysts and processes for catalytic removal of micro-pollutants, such as nitrate and nitrite, in drinking water and more broadly to hydrogenation reactions in aqueous phase.
服务评价
- 还没有收到过评论
苏公网安备 32011302320939号