Strategies for facilitating meaningful reflection are described including descriptions of what students should reflect upon and how to initiate reflection through writing, reading, doing, and telling.
Approaches to probing interfacial structures with X-ray reflection and neutron reflection are described along with some of the advances in sample environment design that have facilitated these explorations.
In the literature on reflection, several levels of reflection are described, evolving from descriptive writing to critical reflection, where students explore and critique assumptions and also show emotional insight [ 7, 35, 36].
Totally diffused reflections are described by Lambert's cosine law.
Reflection on personal experience is described as a means to learn from experience, enable self-development and improve professional practice amongst other things.
If SLs have only one type of IF such as C-A' or C'-A, it exists a S4 rotation-reflection axis, the symmetry is described as D2d point-group symmetry.
A systematic technique for describing wave transmission and reflection in one-dimensional waveguides is described.
A cycle of reflection, planning, action, and evaluation is described to illustrate the carer mentor capacity to engage with and contribute to the learning of nursing students.
Each of the essential features of the small-angle X-ray/neutron scattering from uniaxially oriented polymers the equatorial streak, lamellar reflections and interfibrillar interference peaks—is described completely by a single function in the elliptical coordinates.
A co-developed approach to evidence-policy strengthening with seven components is described, with reflections from early implementation.
