Примеры использования Ozone dose на Английском языке и их переводы на Русский язык
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PODY phytotoxic ozone dose above a threshold Y.
Ozone dose: 20 mg per an animal, 6 procedures every other day.
The proposed flux indicator was the phytotoxic ozone dose above a flux threshold Y PODy.
As the ozone dose increased, the biomass of unprotected plants decreased compared to that of plants treated with EDU.
Influence of environmental modifying factors(e.g. soil moisture) on ozone dose and tree response;
The ability to estimate absorbed ozone dose is helping to establish level II values for ozone. .
In addition, at such sites,it would be useful to look at links between‘ozone dose' and its effects.
The results obtained can be used for selection of ozone doses and ways of ozone introduction in various tumor localizations.
The application of this approach for the year 1994highlighted the spatial and temporal variation in ozone dose across Europe.
The aim of the investigation was to assess the effect of clinical ozone doses on blood coagulation in the treatment of burned patients.
The development of a flux-based approach which addressesthe ozone uptake and the toxicity of the absorbed ozone dose.
The burned patients under the influence of ozone therapy and depending on ozone dose showed varying degrees of marked changes in the hemostatic system.
In general, it appears that those areas experiencing the highest ozone exposures are not always those that receive the highest absorbed ozone doses.
Abbreviation: POD6 phototoxic ozone dose expressed as the accumulated flux of ozone above a flux threshold of 6 nmol m-2 projected leaf area s-1.
Brutto- law of ozone decomposition in physiologic solutions and a method of evaluation of ozone dose really introduced to paitients together with solution volume.
Such calculations of absorbed ozone dose are possible for a number of important European species, including 9 forest tree species, 8 agricultural crops and 1 semi-natural vegetation type.
The establishment of species-specific flux responses represents one method by which ozone dose can be translated into damage.
This exposure index is referred to as phytotoxic ozone dose, or POD, and may contain receptor-specific thresholds, above which POD is accumulated.
Ensuring that methods to calculate ozone deposition are consistent with those estimating absorbed ozone dose for the assessment of ozone risk;
The new term for the simplified generic ozone flux is Phytotoxic Ozone Dose above an ozone flux threshold of 3 nmol m-2 s-1(POD3IAM) for a 90-day exposure period based on wheat yield.
Collectively, the data from the 1996 experimental season showed a clear linear relationship between biomass ratio of NC-S andNC-R clones and ozone dose, which confirmed the results obtained in 1995.
The accumulated ozone flux was redefined as the phytotoxic ozone dose above a threshold of Y, PODY previously described as the accumulated stomatal flux of ozone above a threshold Y, AFstY.
Analysis of pollutant and climatic data using artificial neural networks(ANNs)has shown that VPD(or relative humidity) and ozone dose are important factors influencing the onset of injury.
A new impact indicator for ozone(the phytotoxic ozone dose(PODy)) has been developed, which gives a better correlation between the locations where ozone damage was reported and maps of ozone flux(PODy) than maps of AOT40.
The development of this flux approach is helping to establish level II values. However, plant response to ozone is not dependent only upon ozone uptake, butalso the on plant's ability to detoxify this internal ozone dose.
The accumulated ozone flux via plant stomata was redefined as the phytotoxic ozone dose above a threshold of Y, PODY previously denoted as accumulated stomatal flux over a threshold, AFstY.
In collaboration with EMEP/MSC-W, ICP Vegetation estimated the impacts of ambient ozone on carbon storage in the living biomass of trees for the year 2000 and 2040 based on modelling ozone uptake(stomatal ozone flux,phytotoxic ozone dose) by trees.
Whereas the AOT value(accumulated ozone dose over a threshold) was initially a useful parameter to link ozone concentrations to their environmental effects in some conditions, it is not useful for the interpretation of measurements and model simulations.
Inputs to the ANN model were:the stomatal conductance at 1kPa VPD(GS1), relative growth rate for the species(R%); ozone dose(AOT40) and the climatic conditions of global radiation(GR) and VPD in the 5 days preceding injury and from the start of the experiment.
Studies to establish how absorbed ozone dose should be quantified to give the best relationship with species response(i.e. cumulative ozone dose throughout the growing season, cumulative dose above a threshold throughout the growing season, phenologically weighted cumulative ozone dose); .