Producing strain in a material offers the possibility of tuning material properties.
Tuning material properties in the 3-D printing process of metallic parts is a challenging task of current interests.
Tuning material composition for performance allows for the integration of multifaceted functionality and embedded responsiveness within minimal material means.
Tuning material surface features such as chemistry, stiffness and topography allow the control of cell adhesion, proliferation, growth and differentiation.
An LC is one of the most attractive tuning material for Si-based integrated devices, enabling tuning of the resonance modes using low applied voltages (from 1.5 V) with negligible absorption during device operation.
The constitutive response described here can be exploited in the design of CNT-based hydrogen storage systems, and it opens a new possibility for tuning material properties, in order to make CNTs softer or harder in a controlled way.
In this paper, concepts are investigated for tuning material properties and component configurations in order to design structures with unique dynamic characteristics for mitigating blast loads while maintaining or reducing weight.
McIntyre will play two nights at the 3,000-seat 3,000-seatPlayhousEdinburghd 6 August to fine-tune material for his forthcoming arena tour of the UK and Ireland.
Such properties allow one to template and design particles with well tuned material properties in terms of composition, structure, functionality — the parameters crucially important for bioapplications.
From the beginning, nanomaterials showed great promise for a wide range of applications due to the ability to tune material properties by controlling size.
A subsequent rapid thermal annealing step results in the selective area intermixing of the investigated heterostructures achieving a high quality bandgap tuned material for the fabrication of broad spectrum SLDs.
