While the NTSC camera was difficult to setup on DE2-115, tasktask is not impossible.
The system from [ 18] is difficult to setup and test due to complex input requirements and the need for interpretation of the reported results that could be subjective.
Parity may also be difficult to implement in certain inteferometric setups as it either involves number counting (which is not feasible at very large powers) or several homodyne measurements [42].
However, given the short time period of the study and the fact that the levels of PBDE metabolites generally are less than 10% of the parent compound in human plasma/serum [ 46, 47] the metabolites would probably be difficult to detect with the current study setup.
Although the setup is relatively easy, it can be difficult to interpret fluorescent data.
This seems obvious, but it can be difficult to write a punchline that is as good as your setup.
As such, it can be difficult to discern whether methodological improvements are due to differences in the phosphopeptide enrichment protocol or in the LC-MS/MS setup.
In science and engineering fields, such as crystallography, neutron radiography, astronomy, signal processing, and optical imaging [1, 2], it is difficult to design sophisticated measuring setups to allow direct recording of the phase, which carries the critical structural information of the test object or signal [1].
The lighter elements constituting green earth, aluminum and magnesium, are difficult to detect under the experimental setup used in the field (that is without helium purge).
However, this reaction setup is difficult to realize in automated processes, due to cooling and heating steps in the same synthesis process.
