Sentence examples for tap experiment from inspiring English sources

The general methodological and theoretical framework for multi-pulse TAP experiments is developed, and the general model for a one-pulse TAP experiment is solved.

The theory describes a single pulse response experiment which is similar to the single pulse temporal analysis of products (TAP) experiment.

The state-by-state transient screening approach based on a pulse-response thin-zone TAP experiment is further developed whereby single-pulse kinetic tests are treated as small perturbations to catalyst compositions and analyzed using integral method of moments.

In particular, Dezso et al. [ 18] studied the essentiality, functional role and subcellular localisation of proteins in the set of complexes defined by Gavin et al. from their first TAP experiment in 2002 [ 21].

These issues are discussed here for temporal analysis of products (TAP) experiments as an example of a transient technique.

For typical domains in TAP experiments, the diffusivity percentage difference obtained from the regression and the moment analyses was found to be small.

Mechanistic studies, including FT-IR and TAP experiments, are reviewed and the various mechanisms that have been proposed for this reaction are discussed.

They comprise the temporal analysis of products (TAP) reactor including micro-kinetic evaluation of TAP experiments, steady-state isotopic transient kinetic analysis, and time-resolved catalyst characterization by in-situ spectroscopic techniques.

Regression analysis and moment analysis for estimation of transport and kinetic parameters in TAP experiments were compared using different types of responses, including exit flow rate curves and normalized responses.

For tandem affinity purification (TAP) experiments, we created Entry vectors encoding tandem N-terminal epitope tags in three reading frames, based on the pNTAP vector from Stratagene (NTAP,[28]).

Recent TAP experiments [ 5] provide a wealth of new information regarding this important signaling pathway.