It says the government should consider creating an emissions intensity standard to govern the regulated closure of highly emissions intensive power stations and legislate a market mechanism that would allow a rational sequence of closures, where the dirtiest power stations close first.
Naturally, highly emission-intensive sectors incur significant cost increases under the carbon tax. Figure 1 depicts the emissions intensity (kilotonnes per A$ million) of 19 most polluting sectors out of 35 sectors in our model.
In order to evaluate the uncertainty of calculated emissions of individual ozone precursors, a joint research project evaluation of highly resolved emission inventories (EVA) was designed and executed.
For studying nonlinear photonics, a highly controllable emission of photons with specific properties is essential.
Prominent optical nanostructures include composite structures of semiconducting nanocrystals on these metallic surfaces, which allow us to induce highly efficient emission via excitations in strong coupling regime.
The photoacoustic cell is based on a Helmholtz resonator that was designed in order to fully benefit from the highly divergent emission of the antimonide laser.
In the last two decades, composite materials containing semiconductor nanostructures have found great use in photonic applications due to light sensitivity, ease and low cost of fabrication, spectral tunability, and highly efficient emission with short lifetime [1 5].
The high quality resonant modes oscillating along the 1D structure provide strongly directional optical properties that are essential in some key applications such as coherent/incoherent optical light sources, requiring a highly directional emission with minimum spatial divergence [1, 2].
A polymer blend system consisting of polystyrene grafted onto poly (p-phenylene ethynylene) (PS-g-PPE) and poly (styrene-block-isoprene-block-styrene) triblock copolymer (SIS) yields highly polarized emission due to the unidirectional alignment of the PPE molecules.
The second problem was that the planetary model could not explain the highly peaked emission and absorption spectra of atoms that were observed.
