Sentence examples for unrealistic state from inspiring English sources

I wanted to make a movie that saluted them a little bit, and that kind of unrealistic state of mind".

-- In the wake of President Karzai's positive commitments in his November 2009 inaugural address, it is particularly important that in publicly discussing transition, ISAF countries neither imply that the commitment of the international community is wavering nor create unrealistic STATE 00004108 003 OF 003 public expectations of an imminent reduction in ISAF forces.

Consequently, the current method of antibiotic selection assesses bacterial sensitivity in an unrealistic state.

Turnbull welcomed the move, declaring in a statement "unrealistic state-based targets" have led to "huge power bills for families and businesses and unreliable supply".

Regarding South Australia's renewable targets he said: "These are unrealistic state-based targets and my job is to try and bring the states to the table with the commonwealth".

Ideally, these constraints are derived from fundamental physical and chemical principles so that the physically realistic states of a network can be accurately identified and the unrealistic states ignored.

The crisis is compounded by a backloaded repayment plan that calls for unrealistic, unsustainable state contributions in future years, putting funding for crucial public services at risk.

To avoid the problem of coupled atmosphere-ocean general circulation models drifting into some unrealistic climate state, adjustment terms can be applied to the atmosphere-ocean fluxes of heat and moisture (and sometimes the surface stresses resulting from the effect of the wind on the ocean surface) before these fluxes are imposed on the model ocean and atmosphere.

Instead, biomarker based risk assessments typically rely on the simplifying but unrealistic steady-state assumption, multiplying each individual's biomarker concentration by a steady-state ratio in order to estimate constant exposure rates.

Unrealistic steady-state assumptions are often used to estimate toxicant exposure rates from biomarkers.

This approach allows for formal statistical estimation and incorporates key biokinetic features of the single compartment continuous-time model, while avoiding the unrealistic steady-state assumption.