Sentence examples for fully tunable from inspiring English sources

Our novel 3D system represents a vascularized tumor model that is easy to image and quantify and is fully tunable in terms of input cells, perfusate, and matrices.

Here we report the emergence of Dirac fermions in a fully tunable condensed-matter system-molecular graphene-assembled by atomic manipulation of carbon monoxide molecules over a conventional two-dimensional electron system at a copper surface.

Developing a fully tunable dynamic expression platform will require a more complete understanding of the underlying processes.

Environmental signals control the dynamics leading a fully tunable circuit, since by varying the concentration of IPTG and AHL we can change the dynamical regime.

Solutions of N-methylpyrrolidinium fullerene iodide salts in 1-cm fluorescence cuvette QA-10000, HelmaOptik) were excited with 340 nm pulses (3.6 ns duration) generated by a fully tunable Nd YAG laser (Expla NT242, Expla Vilnius, Lithuania), equipped with a spectral filtering accessory for improved spectral purity of pulses.

The field-deployable instrument, consisting of an 830-nm diode laser for excitation and an avalanche photodiode (APD) for detection, is a fully integrated, tunable, "point-and-shoot" Raman device based on solid-state acousto-optic tunable filter (AOTF) technology.

In this paper, fully monolithic tunable millimeter-wave filters with tapped-line feedings are proposed using the CPW-based periodic structures with novel multiple-contact MEMS switches.

The aim of the RAFEL experiment is to construct fully coherent, tunable VUV radiation source by means of applying narrow-band optical feedback in the VUV SASE FEL operating currently at DESY.

This work demonstrates a new technique for achieving high optical Q on chip, a fully-integrated tunable filter with ultra-narrow minimum bandwidth, and the effect of material choice and device design on optical Q, mechanical Q and phase noise in microring optomechanical oscillators.

19 In order to mimic channel-facilitated membrane transport, we combine microfluidics, 20 particle tracking 21 and holographic optical tweezers (HOTs) 22 to create a fully controlled and tunable environment to study passive diffusion.

The generation of the driving inputs is fully automated through a tunable driver model relying on predefined driving cycles.