In this study, an effective decision-making methodology has been developed for facilitating the selection of lowest energy or lowest cost intensity systems, from a portfolio of flowsheet configurations with different decarbonisation strategies.
Magnetic resonance methodology has made a significant impact in helping us understand the physics of porous media.
This computational methodology has made substantial impact on many fields in science and also has profoundly changed engineering design procedures and practice.
Although the new methodology has made the data more difficult to interpret, the number of terrorist incidents, particularly when data from Iraq is factored into the equation, is clearly climbing: Overall figures.
Ancient DNA methodology has made it possible for retrieving genetic information from historic and prehistoric material [1].
Our methodology has made it possible to perform microarray analyses of human subchondral bone samples.
The resource commitment required to utilise this methodology has made it unworkable within a number of institutions, particularly where class sizes are large [ 1, 18].
An extension of the methodology has been made by incorporating a semiotic method.
The classical treatment of reactive chemistry made available by the ReaxFF methodology has opened the door for numerous studies of phenomena occurring on scales that were previously inaccessible to computational methods.
The methodology has varied.
Using this methodology has raised objections.
