Sentence examples for Experimental half from inspiring English sources
Subsequent to wax removal, each specimen was divided into a control half and an experimental half.
A free energy correlation was found between the calculated electrophilicity index ω and the experimental half wave potentials of 1, 2 and their analogous complex [Fe(bbpen-Me)]+ [33].
By way of contrast, Godley and Creme were the predominantly experimental half of 10cc, featuring an "art school" sensibility and cinematically-inspired writing.
But once the residents are chosen, the Fair Housing Congress and a housing advocacy group called Beyond Shelter will help those in the more experimental half to find apartments and counsel them on transportation, child care and being a good tenant.
Presented here are the experimental half-life limits on double beta decays for new Majoron emission modes and limits on effective neutrino Majoron coupling constants.
Mean residence time distribution (RTD) profiles are measured by tracer technique on a single- and a double-pass experimental half-tray 2.0 and 2.4 m in diameter, respectively.
By fitting the Monte-Carlo simulation to the experimental half-times of crystallization the surface nucleation concentration and the bulk nucleation rate was estimated at 4 different temperatures.
Presented here are the experimental half-life limits on the double beta decay process for the isotopes 100Mo and 82Se for different majoron emission modes and limits on the effective neutrino majoron coupling constants.
By correlating the experimental half-wave potentials and the colour of the radical with HMO energies, it is concluded that 4-TQ protonated at N1-position is getting reduced to give the neutral radical.
There is now a large database of experimental half-lives at 20 °C (e.g. The University of Hertfordshire Pesticide Properties Database, http://sitem.herts.ac.uk/aeru/ppdb/en/index.htm).htm
The experimental half-life can be extrapolated to the temperature of interest using this relationship: t_{1/2} left( {Ttext{ref}} right) = t_{1/2} left( T right) text{exp}^{{left( {frac{Ea}{R}left[ {frac{1}{Tref} - frac{1}{T}} right]} right)}} t ½ (T) = half-life at experimental temperature T [days] and t ½ (Tref) = half-life at temperature of interest Tref [days].
