Sentence examples for use of a multifunctional from inspiring English sources

Progress related to other synthetic strategies to introduce branching points in polymer chains is also discussed, including the use of a multifunctional initiator, the use of a multifunctional coupling agent (MCA) by click reactions, and the use of an AB* inimer.

Here we report on the use of a multifunctional envelope-type nano device (MEND) which is capable of intracellular trafficking such as endosomal escape, delivery to mitochondria, as well as active targeting to selective tissues/cells in vivo.

This paper introduces the uses of a multifunctional instrument that integrates time domain reflectometry (TDR) sensor and thermal pulse technology (TPT) to measure the thermal properties of soil during phase transition.

Carbon fibres are particularly well suited for use in a multifunctional lightweight design of a structural composite material able to store energy as a lithium-ion battery.

In this paper we demonstrate how IDA was used to evaluate usability of a multifunctional wellness tool, discuss study results and lessons learned while using this method.

Similar technology has also been used recently to delineate the margins of gliomas, using a multifunctional reporter for intraoperative management [ 88].

The use of a flexible spacer with a multifunctional monomer gives a permanent three-dimensional network, whilst maintaining degrees of swelling of between 60 and 85%, with potential for a wide range of biological and non-biological applications.

This work uses the control software of a multifunctional robotic end-effector as a test-bed for analyzing the applicability of the software architecture and its limitations and advantages.

We have previously demonstrated the use of MSNPs as a multifunctional carrier for delivery of chemotherapeutic agents to human tumors in nude mice.

Herein, it is discussed the properties, functionalization, and emerging use of AuNPs as a multifunctional and multimodal platform for drug delivery, phototherapy, diagnostic and cell imaging purposes.

Significant progress has been made in several key research areas, such as the use of new multifunctional catalysts, environmentally benign solvents, ionic liquids prepared from renewable biomaterials, and alternative energy, especially microwave radiation.