Sentence examples for rapid development of science from inspiring English sources

The rapid development of science and technology has put forward the need for a higher K of all-carbon composites.

With the rapid development of science and technology, civil engineering in the cryogenic environment has become popular.

The techniques in the construction industry have been improved due to the rapid development of science and technology.

With the rapid development of science and technology, whole-genome sequencing has become one of the most important and effective methods for exploring the genetic information of different species.

With the rapid development of science and technology on graphene, the demand for graphene grows significantly so that it is necessary to develop convenient, scalable, and low-cost methods to prepare graphene or its derivatives with high quality.

Virtual cellular manufacturing is an innovative way of production organization which both in the production of flexibility and efficient to meet today's rapid development of science and technology and replacement of products.

In recent years, with the rapid development of information science, ontology becomes a popular research topic in the fields of knowledge engineering and information management.

With the rapid development of information science and network technology, Internet has become an important platform for the dissemination of digital content, which can be easily copied and distributed through the Internet.

With the rapid development of life science, the methods for gene detection, protein-binding analysis, small molecules, and DNA detection are urgently needed.

Their aim is to encourage the rapid development of water science and related technologies to achieve a future of plentiful fresh water in the Kingdom of Saudi Arabia, throughout the Middle East and indeed the world.

With the rapid development of nonlinear science, there appears an ever-increasing interest of scientists in the analytical asymptotic techniques for nonlinear problems, and several analytical approximation methods have been developed to solve linear and nonlinear ordinary and partial differential equations.