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Hoffmann Institute of Advanced Materials
https://hiam-en.szpt.edu.cn/
+86-755-26019982
lulu170@szpt.edu.cn
Deye Building, Liuxiandong Campus,Shenzhen Polytechnic, Xili, Nanshan District,Shenzhen,Guangdong.

The Hoffmann Institute of Advanced Materials was jointly established by a research team led by Nobel Laureate Professor Roald Hoffmann and Shenzhen Polytechnic. The preparations for setting up the Institute started in early 2018 and the unveiling ceremony was held in May 2019. It is dedicated to the research and development of new functional materials to serve the new energy and energy-saving and environmental protection material-related industries in Shenzhen and the Guangdong-Hong Kong-Macao Greater Bay Area through the simultaneous combination of basic research and application industrialization.

II. Significant Scientific Achievements

As of November 2021, the Institute has been awarded six national scientific research projects, ten provincial and municipal scientific research projects, and has been approved as a key laboratory of green energy-saving materials for general universities in Guangdong Province. It has also been approved as one of the first outstanding youth funds in Shenzhen, and one person from the Institute has been selected to participate in the national "Young Talent Support Program".

(1)Government-sponsored Research Projects

Project Name

Project Source

Year of Project Approval

Preparation and properties of nitrogen-doped molybdenum carbide ordered nano hydrogen precipitating materials loaded with cobalt/nickel metal skeleton

National Natural Science Foundation of China

2018

Design, preparation, and performance of ftw-type microporous zirconium-based MOFs for efficient alkane isomer adsorption and separation

National Natural Science Foundation of China

2019

Constructions and properties of highly stable and bright copper halide chelated inorganic-organic hybrid fluorescent molecular clusters

National Natural Science Foundation of China

2019

Zero-dimensional organometallic halides with semiconductor properties and their applications in high-efficiency light-emitting diodes

National Natural Science Foundation of China

2020

Design, preparation, and performance of MOF materials for efficient selective capture of perfluoroalkyl compounds in water

National Natural Science Foundation of China

2020

In situ study on the formation mechanism of three-dimensional perovskite surface quantum wells by high energy X-ray diffraction

National Natural Science Foundation of China

2020

(2) Academic papers

As of November 2021, 58 SCI academic papers had been published with the university as the first signatory. A total of 29 papers with an impact factor of 10 or more and three papers with an impact factor of 20 or more, along with many other important research results has been published as cover papers in internationally renowned academic journals.

S/N

Journal

CAS division

Impact factor

Number of publications

1

Advanced Materials

First ranking journal of the Chinese Academy of Sciences

30.8

2

2

Account of Chemical Research

First ranking journal of the Chinese Academy of Sciences

22.4

1

3

ACS Energy Letters

First ranking journal of the Chinese Academy of Sciences

19

1

4

Energy Storage Materials

First ranking journal of the Chinese Academy of Sciences

17.8

1

3

Journal of the American Chemical Society

First ranking journal of the Chinese Academy of Sciences

15.4

7

4

Angewandte Chemie

First ranking journal of the Chinese Academy of Sciences

15.3

5

2. Technical services and industrialization of research results:

(1) Horizontal scientific research project

Project (subject) name

Issuing department

Start and end dates

Person in charge

Total project funds

RMB 10,000

Highly Efficient and Stable Perovskite Modules by Printing Method

Xinyu Jintian

2021.06.01-2025.09.01

Hu Hanlin

1000

Lithium-ion batteries for vehicles

Hengchuang Ruineng

2021.6.15-2023.6.14

Wu Haohan

60

Synthesis of MOF materials for naphtha ortho-isomeric hydrocarbon separation and exploration of molding preparation

CNPC

2020.7.7-2021.12.31

Wang Hao

50

III. Talent Program

Dr. Wang Hao was selected into the Young Talent Support Program of the China Association for Science and Technology in 2021, becoming the only young scholar from a higher vocational college among the 400 candidates in China.




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