Jo Jun 18, 2020
Doc. Associate Prof. Kim Jong Gun, Head of Institute, in the Faculty of Materials Science & Technology is a competent scientist who played a pivotal role in establishing the product manufacturing technology by metal powder injection forming, thereby making products in several branches home-made.
He completed this research to introduce in keeping with our reality this technology that can manufacture, at low cost, small-size, complex-shaped products and established a medium-scale trial production process at the university.
In April, Juche 100(2011), he gave pleasure to Chairman
Chairman
In the last period he developed rare-earth permanent magnet, which is a core element in products such as audio instrument, step motor and wind power generator and played important roles in industrializing the production of the rare earth permanent magnet production, thus making valuable scientific research achievements significant in boosting the national economy.
On several occasions he was given thanks and highly appreciated from Chairman
He put great effort into training educational and scientific reserves, bringing up more than 10 persons with academic degrees or titles with credit.
Now he is full of enthusiasm to devote all his talents, skills and ardor to open up a breakthrough for the development of the economy with a torchlight of science and technology, bearing in mind the trust and expectation of the Party and the fatherland who brought him up into state top-honor scientist & technician.
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Jo May 28, 2020
The research group headed by Mr. Han Song Ho, researcher of the Faculty of Mechanical Science & Technology developed a new x-type runner, thus making a great contribution to increasing the electric power in the hydraulic power stations.
Through their painstaking efforts of 10 years, they made an efficient decision of characteristics of inlet edge, blade section, blade head propel and outlet, by scientifically analyzing disadvantage of conventional runner, thereby developing a new x-type runner of which the hydraulic turbine has maximum efficiency over 2 % higher and work efficiency over 4% higher.
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Jo May 16, 2020
The Codechef Long Challenge took place from 1st to 12th of May, 2020.
To this contest were drawn 21 649 students and program experts from 80 countries and regions including China, Russia, Canada, France, India. It was divided into Div.1 and Div.2.
In Div.1, 10 problems were put forth including 1 challenge problem.
The contestants of our university all entered in Div.1 of the contest and won the 1st and 2nd place with top scores.
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Jo May 15, 2020
The research group led by Jang Tae Il at Nano Physics Engineering Institute succeeded in manufacturing a high-purity hydrogen generator, from which high-purity hydrogen can be obtained by electrolysis with a solid macromolecular polyelectrolyte film.
They have developed nano catalyst material with high electrolysis efficiency and stability, and electrolysis technology of electrolyzing solid macromolecular polyelectrolyte film, which ensured high efficiency of energy conversion and high purity of hydrogen – 99.99%.
At present they are making efforts to further raise the energy conversion efficiency, and to establish a distributed hydrogen energy system.
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Jo Apr 23, 2020
The research team led by Choe Song Il, director of Mirae Industrial Technology Institute, Ri Nam Chol, laboratory head of the Institute, developed high efficiency carboxylic acid system permeation crystal type concrete waterproof agent from their own technology and this is proving highly effective in green building materials industry.
This grey powdered waterproof agent is mixed with a certain amount of water and applied to concrete plastered wall and it yields waterproofing effects in two days. What’s of particular characteristics is its peculiar watertight quality that coexists with the lifespan of concrete. This agent permeates into concrete as deep as 100mm and develops needle crystals so that it forms a stable waterproof zone.
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Jo Apr 22, 2020
Research team led by Kim Kum Chol, the laboratory head from the Faculty of Electronics, developed various high-efficiency portable analyzers with self-technology and is gaining public favors from various fields of national economy.
Colon bacilli analyzer developed by the research team analyzes colon bacilli in water, whose measurement range is 0~1 000/mL, minimum disjointing capability is 1/mL. Toxic gas analyzer analyzes CO, CO2, SO2, NO2, O3, H2S etc. in the air and its measurement range is 0~1 000ppm, minimum disjointing capability is 0.1ppm, analyzing time is less than 10s. The measurement range of procedure saltiness gauge used in the analysis of saltiness for underground ultra-salty water, soya and bean paste production process of basic foodstuff factories, saltiness of seawater, boiler feed water etc. is 0~30%, minimum disjointing capability is 0.1ppm. Of turbidity analyzer, measurement range is 0~10NTU and minimum disjointing capability is 0.1NTU. They are now developing their research work for further enhancing the accuracy of their analyzers.
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