This is due to the opacity of the solid phase or/and because of the reflections and refractions that occur on phase boundaries.
This was because the reflections were broad and the standard tetragonal (t) and cubic (c) phase reflections were nearly overlapping.
This frequency reduction comes obviously at a cost because the reflections, refractions, transmissions, and diffractions behave differently depending on the frequency.
Perhaps because of the timing of the reflection and reporting on preconceptions (3 wk into the experience), the authors were able to conclude that most of the participants' preconceptions were contradicted by the actual internship experience.
Our problem is, roughly speaking, to estimate the reflection channel (boldsymbol h_{1}^{ k)}), sometimes called the main reflection channel, because the reflectivity and velocity are directly related with the amplitude and phase of (boldsymbol h_{1}^{ k)}) as shown in (3)–(6).
They decided to call this a visual downgrade, because the reflections in the puddles require processing, and more puddles would take more resources.
They do not cross the midline because of the menigeal reflections and are classified as: acute, chronic, or as in this case, acute-on-chronic.
Because the reflection of j-factors is internal and mental states have to be internal, too, all j-factors of justified true beliefs could be explained with internalism.2 Externalists would deny that because they say that there are j-factors that are not entirely internal.
Because the reflection-type wavelength-multiplexed holograms offer a higher and uniform selectivity over a wider range of the construction angles, the focus is on this type of fiber holograms.
However, the last links (i.e., the relay-to-sink links) are subject to strong interference because of the reflections off the surrounding environment, and the sink throughput is much lower than in the outdoor scenario.
