- hold for the
calorimetric material being used, and the
propositions are
mathematically written: The
thermal response of the
calorimetric material is fully...
- The
CALorimetric Electron Telescope (CALET) is a
space telescope being mainly used to
perform high
precision observations of
electrons and
gamma rays....
- temperature. The
calorimetric method provides a
quantitative thermodynamic scale of
acetate properties by
measuring the heat of adsorption.
Calorimetric methods...
-
Enzyme ****ays are
laboratory methods for
measuring enzymatic activity. They are
vital for the
study of
enzyme kinetics and
enzyme inhibition. The quantity...
- K {\displaystyle K} is the
calorimetric constant, and A {\displaystyle A} is the area
under the curve. The
calorimetric constant will vary from instrument...
-
often the only way to
achieve the
required sensitivity. A very
sensitive calorimetric sensor known as a transition-edge
sensor (TES)
takes advantage of superconductivity...
-
correction factor,
known as the phi-factor, can be used to
adjust the
calorimetric result to
account for
these heat losses. The phi-factor is the ratio...
- surfactants, lipids, DNA,
nanomaterials and
other substances. A
sorption calorimetric experiment is
performed at
isothermal regime, but
different temperatures...
- data:HypSpec, SQUAD, Specfit,
ReactLab EQUILIBRIA NMR data HypNMR,
EQNMR Calorimetric data HypΔH.
Affinimeter Commercial Isothermal titration calorimeters...
- atoms.
Crystallinity can be
measured using x-ray crystallography, but
calorimetric techniques are also
commonly used.
Geologists describe four qualitative...