All three men accepted the dominion of modern science; their aim was to imitate its methods and provide rigorous, empirical evidence of a spiritual realm.
In this section, we explain both methods and provide the comparison.
Next, we describe the methods and provide a rationale for the choices of the study design.
We outline the most effective pre-processing methods, and provide free software containing these algorithms.
Worked examples are used to illustrate the methods and provide examples of the calculations.
Results of our study indicate that SUVfixed volume and mSUVthreshold are more reproducible than the other methods and provide the best agreement for SUV calculation.
We here describe graphene functionalization methods and provide recent examples of how graphene can be used to achieve biological interactions with innovative outcomes.
A novel magnetic levitation support method is proposed, which can relieve the perturbation caused by traditional support methods and provide more accurate position control of the capsule.
For utilitarian walking, the framework may contribute to the study design, data collection, adoption of new research methods, and provide indications for policy interventions.
Both techniques overcome limitations of classical polymerization methods and provide an efficient route to functional copolymers with exact control of molecular weight distribution and molecular architecture.
The studies are designed to minimise the potential biases inherent in all observational methods and provide critical data on the effectiveness of a major public health intervention.
