We suggest that the new self-calibrating dyes can be used for real-time viscosity sensing in liposome systems with the advantages of lifetime measurements, but with low-cost steady-state instrumentation.
The use of time-resolved instead of steady-state instrumentation eliminates common sources of error, such as inner filter artifacts [ 8].
In the case of MAS, the capability to spin samples at MAS frequencies up to ca. 15 kHz is standard on most solid-state NMR instrumentation, although it is now possible to achieve MAS frequencies of over 100 kHz using specialized apparatus.
Low temperature (17 200 °C) experiments were conducted at steady state avoiding excessive instrumentation and time.
Dramatic advances in solid-state electronics and instrumentation, imaging hardware, computers, and software tools, including image-analysis techniques, have opened new avenues for quantitative imaging for the detection of melanoma.
Multi-spectral antireflection coating effective in visible region for sighting system, laser wavelength for ranging and MWIR region for thermal system can use common objective/receiver optics highly useful for state of art thermal instrumentation.
In order to describe the system to state-of-the-art instrumentation, results are compared with excimer data.
However, adapting solid-state NMR techniques and instrumentation for in situ applications are often associated with technical challenges, and for this reason, the opportunities remain underexploited.
We report here a systematic investigation using state-of-the-art instrumentation on the interfaces in several zirconium alloys corroded for different times.
Unfortunately, state-of-the-art instrumentation is limiting the full separation power of these narrower columns due to significant extra-column band broadening effects.
First, we perform a controlled experiment to measure tool development time and correctness of the developed tools, comparing DiSL with a prevailing, state-of-the-art instrumentation library.
