Chemistry (Taught in Chinese)
Department of Chemistry
The Department of Chemistry, one of the earliest departments at Zhejiang Normal University, was founded when Zhejiang Normal University was first established in 1956. The Department of Chemistry boasts a series of scientific innovation and application platforms, featuring Key Laboratory of the Ministry of Education (Advanced Catalysis Materials), Provincial Level Key Laboratory (Solid Surface Reaction Chemistry), Provincial Level Experiment Teaching Demonstration Center (Chemistry), Provincial Level Priority Discipline (Chemistry), Provincial Level Class-A Top Discipline (Chemistry), Provincial Level Key Discipline (Applied Chemistry), First Level Discipline Doctor Station (Chemistry), Provincial Level High-quality Specialty (Chemistry), Provincial Level Distinctive Specialty (Applied Chemistry) etc. The Department has a total lab and facility space of 9,000 m2 for research and education. The total value of laboratory equipment is about 100 million yuan. After years of construction and development, the Department has formed five research disciplines, including inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry and polymer chemistry and physics. The Department of Chemistry at Zhejiang Normal University provides a fine platform for talent cultivation. It has the doctoral degree conferring spots of first-level disciplines for Chemistry and postdoctoral research stations for Chemistry now.
The Department of Chemistry currently employs around 80 faculties, including 40 professors or researchers (30 Ph.D. supervisors); adjunct Academician of Chinese Academy of Science, National Overseas High-Level Talents, National Overseas High-Level Young Talents, NSFC Outstanding Youth Foundation Winners, Zhejiang Province 10000 Plan Experts, Zhejiang Province Overseas High-Level Talents, distinguished professors of Zhejiang Province, Zhejiang Province 151 Programs and so on.
The Department of Chemistry is research-intensive with total funding of up to 50 million yuan in the last five years. It has delivered outstanding research outputs that generate significant impact on scientific communities worldwide. Many research works have been published in top peer-reviewed journals, including J. Am. Chem. Soc., Angew. Chem. Int. Ed., Chem. Sci. etc. According to the data published by ESI in the last seven years, chemistry has entered top 1% ESI ranking among universities and research institutions worldwide.
Research Fields
Field 1, Inorganic Chemistry
The research interests include inorganic material chemistry, coordination chemistry and bioinorganic chemistry.
Field 2, Organic Chemistry
The research interests include organometallic chemistry, asymmetric synthesis, synthetic methodologies, supramolecular functional materials and development of green synthesis technology for drug intermediates.
Field 3, Physical Chemistry
The research interests include electrochemistry, structural chemistry, material chemistry, green catalysts and applied catalysis.
Field 4, Analytical Chemistry
The research interests include biosensor, nano biological analysis, electrochemical analysis, spectrum analysis, environmental analysis, separation and enrichment.
Field 5, Chemical Biology
The research interests in nano-fluorescent probes techniques.
Field 6, Environmental Chemistry
The research interests include environmental pollution chemistry, environmental pollution control, environmental toxicology.
Goals
Students are expected to develop a broad foundational knowledge of chemistry, in particular in their subdiscipline, as well as in-depth knowledge of the area of specialization.
Students should be able to evaluate scientific work critically and conduct meaningful scientific inquiry leading to new knowledge in the field.
Students must be able to communicate scientific results to experts and broader audiences, and conduct research professionally, responsibly, safely, and ethically.
Time Limitations for Completing Degrees
A Ph.D. candidate may take up to 3.5 calendar years to complete all degree requirements.
Extension Limitations
In principle, the extension for doctoral studies can be up to 3 years. Extensions applied for each time is no more than 12 months for doctoral candidates. Graduate students who have been granted extensions must submit reports on thesis writing progress every 3 months, which are to be verified by their supervisors and filed with the Section of Graduate Student Affairs. Supervisors are expected to enhance their inspection and guidance on the thesis writing and research work of students who have extended their graduate studies. If two reports a graduate student has submitted indicate that he/she has not been making positive progress on thesis writing during the extended period, the extension shall be terminated, and the department shall start procedures on his/her withdrawal from graduate studies.
Degree Requirements for the PhD in Chemistry
I. Time Frame for Graduate Studies
International students shall do their studies within the time frame specified in their Admission Notifications. Students must arrange properly, under the guidance of their supervisors, their time for course studies according to their needs of research and dissertation writing. They must acquire sufficient credits before the thesis defense. In normal cases, students will complete their course studies in the first year of their graduate studies, and spend the remaining years on research and thesis writing.
II. Basic Requirements of PhD Students Training Schemes
The minimum credits required for doctoral programs are 13, of which workshops as well as seminars for 2 credits.
1. Comprehensive Chinese (Required Course): 1 credits
2. China Overview (Required Course): 2 credits
3. The minimum credits that PhD Candidates must acquire by taking specialized degree courses: 2 and professional platform courses: 1.
4. Optional Courses
PhD students must also take optional courses related to their specialized programs (2-5 credits), optional common courses offered at the university level or cross disciplinary graduate courses.
5. Workshops as well as Seminars: 2 credits
Development of written and oral communication skills fulfills an important professional function: chemists are often called upon to give written and/or oral reports of their research work or the work of others. These presentations and the discussions that follow provide one of the most important avenues of communication in science. It is, therefore, necessary to learn how to communicate and to benefit from the ensuing discussions.
III. Confirmation of PhD Candidature
A PhD student must have successfully completed their course studies before the arrangement of confirmation of candidature.
Between the 12th and 18th months after commencement of study, a full-time PhD student should apply for confirmation of his/her PhD candidature. Application for confirmation of candidature should be made in writing to the Graduate School through the College attaching evidence of research potential at the PhD level. A list of publications, if any, may be included. The student should also: (a) submit a research prospectus; and (b) present his/her research outline, methodology, literature review, expected findings/ results, etc. in an open seminar.
The Department of Chemistry will set up an Assessment Panel chaired by the designate Head. Members comprise the Principal Supervisor and at least one member in the field, who may come from the same or another college/department, to assess the research prospectus, the relevant documents and the seminar presentation.
An open seminar will follow the following procedures:
(a) a brief preliminary meeting (15-30 minutes) of the Assessment Panel should be held prior to the open seminar for the members to exchange views on the general standard of the submitted prospectus;
(b) during the open seminar, questions may be raised by any participants;
(c) immediately after the open seminar, a closed meeting of the Assessment Panel should be held to arrive at a recommendation on the confirmation of candidature (voting may be required if consensus is not reached);
(d) the Principal Supervisor should verbally inform the student of the recommendations/advice given by the Panel.
The Chairman should fill out an Assessment Panel Chairman Report. Each Panel member (except the Chairman) should fill out an Assessment Panel Member’s Report and hand it to the Chairman for attachment to the Assessment Panel Chairman’s Report. The completed Assessment Panel Chairman’s Report, together with individual Panel members’ reports, the student’s research prospectus and other relevant/supporting documents, should be submitted to the Graduate School. The recommendation on confirmation of candidature should be jointly endorsed by all members of the Assessment Panel.
IV. Teaching
Zhejiang Normal University seeks to ensure that every PhD student’s education as a scholar is balanced with thoughtful and thorough preparation in the art of teaching. All chemistry PhD students will serve as Teaching Assistants as part of their education.
V. Scientific Research and Dissertation
PhD candidates mainly work on scientific research and their dissertations during their university years. The topics of their dissertations should be relevant to the current research areas and conditions of the supervisors (supervisory teams), with theoretical and practical significance, capable of representing the advancement of the discipline. The dissertation proposal is an important step of the PhD candidate's work of dissertation writing. The time for dissertation proposal writing can be determined according to the progress of the PhD candidate's research, but it must be no later than the end of the students' second year of graduate studies.
PhD candidates will not be able to apply for the dissertation defense unless they have already had their research papers published at the time of the application. Based on the university's basic paper publishing requirements for doctoral studies, the Academic Degree Committees of individual colleges (departments) faculties can set higher standards for publications in accordance with their disciplinary features. Doctoral dissertation defenses and degree conferment are arranged with reference to relevant regulations formulated by the Graduate School of Zhejiang Normal University.
VI. Basic Requirements for Doctoral Students' Paper Publication
A doctoral student who applies for the degree of Doctor of Sciences must have one research paper relevant to his/her dissertation published (or accepted for publication) in journals that are included in SCI in addition to one or more research papers relevant to his/her dissertation published (or adopted) in a first-class journal defined by the Department of Chemistry.
The Curriculum of Full-Time Doctor of the First-Level Discipline of Zhejiang Normal University
Course Classification | Course Number | Course Name | Credits | Credits Hours | Semester | Notes |
General Courses | 1034501105 | 中国社会概况 | 2 | 32 | 1 |
|
1034501109 | 综合汉语 | 5 | 80 | 1 | ||
Professional Platform Courses (Obligatory) | 0703001201 | 高等无机化学(Advanced Inorganic Chemistry) | 2 | 32 | 1 | Inorganic Chemistry 必修课 |
0703001202 | 现代测试和分析技术 (Modern Analytical &Testing Techniques) | 2 | 32 | 1 | Analytical Chemistry 必修课 | |
0703001203 | 有机化学前沿(Frontiers of Organic Chemistry) | 2 | 32 | 1 | Organic Chemistry 必修课 | |
0703001204 | 物理化学前沿(Frontiers in Physical Chemistry) | 2 | 32 | 1 | Physical Chemistry 必修课 | |
0703001205 | 化学生物学基础(Principles of Chemical Biology) | 2 | 32 | 1 | Chemical Biology 必修课 | |
0703001206 | 高等环境化学(Advanced Environmental Chemistry) | 2 | 32 | 1 | Environmental Chemistry 必修课 | |
Professional Courses (Obligatory) | 0703001301 | 先进材料化学(Advanced Materials Chemistry) | 2 | 32 | 2 | Inorganic Chemistry 必修课 |
0703001302 | 分析化学前沿(Frontiers in Analytical Chemistry) | 2 | 32 | 2 | Analytical Chemistry 必修课 | |
0703001303 | 金属有机化学前沿(Frontiers of Organometallic chemistry) | 2 | 32 | 2 | Organic Chemistry 必修课 | |
0703001304 | 固体表面物理化学(Physical Chemistry of Solid Surface) | 2 | 32 | 1 | Physical Chemistry 必修课 | |
0703001305 | 高等生物化学 (Advanced biochemistry) | 2 | 32 | 2 | Chemical Biology 必修课 | |
0703001306 | 环境科学进展(Advances in Environmental Science) | 2 | 32 | 2 | Environmental Chemistry 必修课 | |
(Elective) | 0703001501 | 高等配位化学(Advanced Coordination Chemistry) | 2 | 32 | 2 | ≥2 Credits |
0703001502 | 生物传感技术(Biosensing Technology) | 2 | 32 | 2 | ||
0703001503 | 高等有机合成(Advanced Organic Synthesis) | 2 | 32 | 2 | ||
0703001504 | 催化化学(Catalysis Chemistry) | 2 | 32 | 1 | ||
0703001509 | 纳米材料学(Nano-materials Science) | 2 | 32 | 2 | ||
0703001510 | 应用电化学(Applied Electrochemistry) | 2 | 32 | 2 | ||
0703001511 | 电化学选论(Selected Topics on Electrochemistry) | 2 | 32 | 2 | ||
0703001512 | 环境分析化学及测试技术(Environmental Analytical Chemistry and Testing Technology) | 2 | 32 | 2 | ||
0703001513 | 天然产物化学 (Chemistry of Natural Product) | 2 | 32 | 2 | ||
Training Courses (Obligatory) | 1034501803 | Academic Activity and Seminar | 2 |
| 1~5 |
|
Total Credits: 15 | Foreign students, minimum of 15 credits |