… -Mixer, an architecture based exclusively on multi-layer perceptrons (MLPs). MLP-Mixer …
of training examples we pre-train Mixer-B/32, Mixer-L/32, and Mixer-L/16 models on random …

It is difficult to mix solutions in microchannels. Under typical operating conditions, flows in
these channels are laminar—the spontaneous fluctuations of velocity that tend to homogenize …

We define as an optimal mixer a mixing device able to deliver a uniformly optimal mixing
performance over a wide range of operating and initial conditions. We consider the conceptual …

… associated with a widely used mixer known as a V-mixer, which were computed using the
… A V-mixer was chosen for this study because it is one of the simplest mixing devices and yet …

The performance of industrially relevant static mixers … mixers are most energy efficient, giving
the lowest pressure drop, but this goes at the cost of length, while the most compact mixers …

… mixer allows fast mixing of small amounts of two liquids and it is applicable to micro-liquid
handling systems [l]. The mixer … Hence, this analysis predicts that this mixer has a property to fin…

… “mixer efficiency” is used to qualify how well a mixer produces a uniform concrete from its
constituents [11]. According to RILEM [2] a mixer … Therefore, in evaluating the mixer efficiency, …

… of the mixer to the subsequent filter. Furthermore, impedance mismatches between the mixer
… a single passive, microscale device that eliminates mixer-to-filter connection losses. This …

An experimental investigation was carried out to study the mixing performance and flow
behavior in a continuous powder mixer for a typical pharmaceutical mixture. Blender …

The design of diode and FET mixers and their application in microwave devices are examined
in an introduction for engineers. Chapters are devoted to Schottky-barrier diodes, GaAs …