银河网上赌场官方网址-网上赌场平台犯法吗_百家乐技巧平注常赢法_全讯网新2英文读书(中国)·官方网站

position: EnglishChannel  > Cooperation> China-CEEC Materials & Chemical Innovation Cooperation Network Established

China-CEEC Materials & Chemical Innovation Cooperation Network Established

Source: Science and Technology Daily | 2023-05-19 09:32:20 | Author: ZHONG Jianli

By?ZHONG?Jianli

To promote science, technology and innovation (STI) exchanges between China and Central and Eastern European countries (CEECs), the China-CEEC Materials and Chemical Innovation Cooperation Network was established during a roundtable conference held in Ningbo, east China's Zhejiang province, on May 18.

"Thanks to the joint efforts of the sci-tech communities of China and CEECs, the areas of cooperation among relevant parties keep expanding over the decade. Fruitful results have been achieved in people-to-people exchanges, research platform building, joint R&D, enterprise innovation, as well as the transfer and application of STI achievements," said Gao Xiang, director general of China Science and Technology Exchange Center (CSTEC) when addressing the China-CEEC?Round-table Conference on Materials and Chemical Innovation Cooperation.

Ma Jianjiang, deputy director of the General Office of Ningbo Municipal People's Government, said the materials and chemical industry is one of the key areas of cooperation between China and CEECs. Boasting strong advantages in such specialized fields as new chemical materials, new metal materials, and magnetic materials, Ningbo will facilitate more excellent enterprises, research institutions, experts and scholars to achieve win-win cooperation in the city.

During the conference, the China-CEEC Materials and Chemical Innovation Cooperation Network was launched, with the aim of further promoting information sharing and international cooperation in the field of advanced materials and chemical engineering.

The?launch?ceremony?of?the?China-CEEC Materials and Chemical Innovation Cooperation Network.?(PHOTO:?Ningbo?Science and Technology Bureau)

As this year marks the beginning of the second decade of STI cooperation between China and CEECs, the Network will be committed to jointly building innovation cooperation platforms for China and CEECs, and carry out various kinds of academic or research cooperation and exchanges, including those for young scientists.

Neli Stoyanova Koseva, scientific secretary-general and first assistant to president of Bulgarian Academy of Sciences, said in Bulgaria they "highly acknowledge the support of China to promote and encourage international cooperation among scientists from all over the world."

She added that innovations unlocked by materials and chemical research could contribute to achieving the United Nations Sustainable Development Goals (SDGs), such as zero hunger, good health, clean water and clean energy.

Janusz Lipkowski, full member and former vice president of Polish Academy of Sciences, highlighted the importance of innovation in realizing a country's development strategies, looking forward to more pragmatic cooperation between China and CEECs.

During the dialogue session, representatives of institutions from different countries introduced their latest achievements in materials and chemical development, shared prospects for future international sci-tech cooperation, and exchanged views on how to build joint research platforms and carry out more exchanges between researchers.

As the first event of the China-CEEC InnoShare 2023, the roundtable conference is hosted by CSTEC and Ningbo Science and Technology Bureau, and organized by Ningbo University of Technology and China-CEEC Innovation Cooperation Research Center.

Editor:鐘建麗

Top News

Xi Congratulates Science and Technology Daily on Its 40th Anniversary

Chinese President Xi Jinping has sent a congratulatory letter to the Science and Technology Daily on the occasion of the 40th anniversary of its founding.

WEEKLY REVIEW (Jan.1-7)

Chinese researchers, led by Soochow University in east China, have resolved key challenges in maintaining efficiency and stability in flexible tandem solar cells. This is a milestone breakthrough in silicon-based flexible photovoltaics. The study was published in Nature.

抱歉,您使用的瀏覽器版本過低或開啟了瀏覽器兼容模式,這會影響您正常瀏覽本網(wǎng)頁

您可以進(jìn)行以下操作:

1.將瀏覽器切換回極速模式

2.點(diǎn)擊下面圖標(biāo)升級或更換您的瀏覽器

3.暫不升級,繼續(xù)瀏覽

繼續(xù)瀏覽
玩百家乐去哪个平台好| 百家乐破解仪| 网上百家乐官网的玩法技巧和规则 | 百家乐博娱乐网提款速度快不| 寒江博彩堂| 澳门百家乐官网什么规则| 鑫鑫百家乐官网的玩法技巧和规则| 庞博百家乐的玩法技巧和规则| 双柏县| 百家乐游戏网址| 大发888真钱游戏官方网站| 真钱百家乐官网游戏排行| 百家乐娱乐城网址| 十六浦娱乐| 做生意 风水| 娱网棋牌下载| 百家乐官网游戏玩法技巧| 澳门百家乐娱乐网| 百家乐官网有多少种游戏| 百家乐必胜赌| 百家乐官网手机软件| 百家乐平注胜进与负追| 博九网百家乐官网现金网| 百家乐官网赌场娱乐城| 大发888真钱游戏| 女神百家乐官网娱乐城| G3娱乐城| 博盈娱乐| 大发888在线娱乐二十一点| 百家乐官网图淑何看| 百家乐统计软件| 东莞百家乐官网的玩法技巧和规则| 大发888坑人么| 评测百家乐博彩网站| 天天乐线上娱乐| 百家乐赌博公司| 黑水县| 百家乐电子路单下载| 百家乐官网电投网站| 通化大嘴棋牌官方下载| 游戏百家乐押金|