To date, the development of a wide variety of electrocatalyst has driven the application-directed research in Li-O2 batteries.
As with most of the tomographic systems, developments in technology have driven the application, providing increasingly superior image quality and diagnostic capability.
The dominant roles of the tumor microenvironment in regulating tumor formation, progression, and metastasis have driven the application of tissue engineering strategies in cancer biology.
The increase of e-book readers in recent years has driven the rapid growth of the application market of the electronic paper.
Development of tissue engineering solutions for biomedical applications has driven the need for integration of biological signals into synthetic materials.
The commercialization of the Internet and the requirement to offer various different network services for emerging applications has driven the development of appropriate Internet technology, such as the differentiated services architecture.
This "need for speed," particularly for web-related applications, has driven the development of techniques based on key-value stores and columnar databases behind portals and user interfaces, because they can be optimized for the fast retrieval of precomputed information.
The potential use in biomedical applications has driven the development of a variety of reliable and user-friendly plasma sources (Laroussi and Lu, 2005; Becker et al, 2006; Stoffels et al, 2006; Fridman et al, 2008; Kong et al, 2009; Morfill et al, 2009).
The need for a miniaturized flow pump based on size, application and capacity has driven the evolution from robust size pumps to MEMS based pumps.
This high capacity secretory system has driven the exploitation of filamentous fungi as cell factories for provision of enzymes used in a wide variety of applications [ 1].
