| 词汇 | example_english_temperature |
| 释义 | Examples of temperatureThese examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Evidence of enhanced effective hot electron temperatures in ultraintense laser-solid interactions due to reflexing. Responses to fluctuating temperatures are consistent among seeds of many species, but the physiological mechanisms underlying such responses are still unknown. Moreover, cold temperatures are required to overcome the physiological block present in the embryos of seeds when freshly ripe. The effect of seed age on the response to low imbibition temperatures was investigated using initially high-quality seed lots. Temperatures regimes are also different in gaps, with higher soil and air temperatures during the day, and cooler temperatures at night. Of these, only surface soil temperatures had a significant negative relationship with crab abundance. There was a significant positive relationship between monthly rainfall, monthly minimum temperatures and flavonoid concentration, but no relationship was found with leaf age. Afterwards, temperatures fell and were again < 24 through 2000. Fertility could be triggered by photoperiod together with increasing temperatures. However, soil and air temperatures were not significantly different between burned and unburned areas. Daylights are labeled by their correlated color temperatures. Higher temperatures may occur during the following situations. The effects of climate change (for example) include sea level rises, and increased frequencies of droughts, storms, and extreme temperatures. Increased water temperatures in late summer and autumn may affect snail life history dynamics in such a way that new generations are produced. As well as this, biological material would have to survive at low temperatures for extended durations. Any four of the three temperatures and two powers need to be measured to close the set of equations. Low cercarial infectivity at lower temperatures is offset by low mortality, while improved infectivity at higher temperatures is counterbalanced by high mortality. Cooking temperatures were recorded and all foods were adequately cooked. On the whole, higher temperatures and humidity coincide with higher morbidity but focusing on a definite time period can be misleading. However, these studies were undertaken in continental and septentrional conditions where distinct differences occur between summer and winter temperatures. However, at the low temperatures of space, brittle failure is more likely to occur. Cold winters characterized by low temperatures and a constant snow coverage may prevail in some years. Therefore, it seems that germination conditions such as high and fluctuating temperatures and moisture strengthen the dormancy of deeply dormant seeds. Exposure to elevated temperatures caused a redistribution of hsp70 in 8-cell embryos and blastocysts, but not in oocytes. Between 0.15 and 0.16 ms, both temperatures rise dramatically as the region expands. A revised and internally consistent thermodynamic model for the interpolation and extrapolation of liquid-solid equilibria in magmatic systems at elevated temperatures and pressures. The family of solid lines are surface temperatures, while the dashed lines are for atmospheric temperatures. A few coefficients (about 10) serve to characterize the densities and temperatures of transition from one typical phase-plane region to another and are found empirically. Various electron temperatures and ion densities were considered in our investigations. The effects on the soliton characteristics of magnetic field strength, wave propagation angle, and densities and temperatures of the plasma particles are analysed. Variation in soil temperatures accounted for 96 and 99 % of the variation in tuber yield at varied population densities and sowing dates, respectively. The gas temperatures and densities behind these shocks may be computed. The temperatures of tubes containing no beetles equilibrated with the water bath in 3 min or less. The material of the inner shell matter is heated to high temperatures at comparatively weak compression by the action of a strong shock wave. Interestingly, when cer tain crops replace forests, much smaller changes in sur face temperatures and wetness result. A liquid crystalline medium for measuring residual dipolar couplings over a wide range of temperatures. Thus, relatively low temperatures associated with the winter rainy season would favour germination of most of these species. Relatively low temperatures associated with the winter rainy season would favour germination of most of these species. High maturation temperatures are often associated with water stress, which has shown contrasting effects on seed dormancy. As mentioned above, proteins are only marginally stable at biological temperatures. The presence of bulged grains indicates deformation at temperatures lower than those needed for subgrain nucleation. The persistence of larvae in putrefying flesh is also determined by the environment: high humidity and low temperatures favour survival. As evident below, sealworm growth rates are considerably slower at temperatures favoured by fish hosts in their natural environment. Since partial genome sequences are available for both, we have conducted an inventory of predicted proteins known to be important for coping with low temperatures. Another factor is post-maturation high temperatures during dry storage that have a great influence on the primary dormancy (after-ripening). The iron oxides prepared with higher calcination temperatures showed less adsorption of ribose nucleotides. At low temperatures, in the harmonic regime nkkm corresponds to a properly defined mean force constant for a set of harmonic oscillators. Germination was suppressed at higher temperatures and in the presence of light. Our results show that the answer to this question is yes provided the life does not occupy continental surfaces plagued seasonally by the highest temperatures. Egg hatch ranged from 0.0 to 96.8% across temperatures and storage durations. Fossilization and preservation of organic matter is enhanced under anoxic conditions, rapid burial rates, rapid desiccation, hypersaline conditions and subzero temperatures. The present paper can also be considered as generalization of the earlier works with two-component electron plasmas with different temperatures. Earthworm casts were negatively related to soil temperatures and positively to moisture content. Higher temperatures not only trigger the release of cercariae from snails, but they also accelerate the production of cercariae within snails. Both seem to be sensitive to high temperatures. The long time survival was favoured at lower temperatures. Differences in the structure of dactylogyrid communities may be the result of a range of water temperatures. Moreover, temperatures in northern latitudes change more rapidly than in southern latitudes. With the exception of annealing temperatures, reaction conditions employed were the same regardless of primer sets used. We determined the optimal cold and heat shock temperatures and measured acquired cryo- and thermo-tolerance. However, at higher temperatures, the trend changes and our model underpredicts the mixture means. We can see in the figure that simulations overestimate the temperatures by a factor of 2-3. In 2004, however, monthly temperatures were well below that of the 30-year average. At lower temperatures there is a continuous freezing which gradually causes states to be more localized. Also, in this plasma edge region, the temperatures of the carbon impurity ions and the deuterium ions are equal to each other. Different observers with different accelerations thus detect the vacuum to have different temperatures. Such deforestation raises temperatures and decreases evapotranspiration at a local level, as well as potentially on a cumulative, regional scale. At these high temperatures, an appreciable flux of ions and electrons is produced. We have also carried out an analysis for higher density and temperatures. He designed a special 'bucket' for measuring sea surface temperatures. One step beyond these concepts is the plasma core, where the gas is allowed to ionize and operate at even higher effective temperatures. Furthermore, we assume constant temperatures and a constant parallel electric field across the discharge. Females with food lived at least 28 days and lived longer than males at all temperatures (table 2). Emphasis was placed on examining development at extreme low and high temperatures (table 3). In addition, for type (3) different durations at the higher temperatures were designed to test the effect of time at these conditions. At higher temperatures the decline in survival was very rapid, dropping from 90% to 10% in little more than one week (fig. 1). They also pointed out that patterns of cooling, as measured by tympanic, nasopharyngeal, and rectal temperatures, are variable. Total rainfall (mm), sunshine hours and the mean daily maximum and minimum temperatures were calculated for each individual trapping period. The percentage survival curve of eggs kept under constant temperatures was graphically presented as means and standard errors. Several studies are seriously long-run, and in addition to thoughts about femurs and average temperatures, there are some other new ideas. Bees during the overwintering period were exposed to different temperatures in different seasons because only one cold chamber was available. By covering the courts forming atria, the temperatures of the atria are higher than the ambient temperatures throughout the year. Considerably lower mortalities at all temperatures tested were recorded in the pupal stages. However, the high temperatures would dehydrate the tissues and the possibility of workers being burnt led to this option being ruled out. The value of s appeared not to be influenced by dry air or high temperatures. As mean temperatures in most tea growing regions are not near this value, errors introduced by this assumption are likely to be small. In the 1890s the deficit values rose reflecting high temperatures and low rainfall. Therefore, the effect of fluctuating temperatures and photoperiods on thermal sensitivity remains to be proved. Instantaneous rates of mortality of adult pea aphids were greater at extreme high temperatures. Available information is insufficient to demonstrate beyond reasonable doubt that average temperatures are increasing worldwide. Variation in soil temperatures and moisture content, respectively, accounted for 97 and 96 % of the variation in earthworm casts. Climatologically, it is characterized by moderate to high year-round temperatures and the weather is controlled by equatorial and tropical air masses. The incubation period starts in late winter or early spring, when wintered adults are exposed to generally increasing temperatures, which trigger their emergence. In terms of total development time, the egg stage lasted longest (range 28-36%) and the prepupal stage shortest (range 5-9%) at all temperatures. However, low and high temperatures could limit the activity of the two anthocorids in winter and summer. Therefore, the higher growth rates at warmer temperatures could be the result of less time spent in the stadium. The framework allows point models to be run over space using time sequences of interpolated, continuous daily maximum and minimum temperatures. The differences between maximum and minimum temperatures, and the variations in minimum temperatures were greater in 2002 than 2001. However, germination is much slower at lower temperatures, and there are risks of fungal growth. These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. |
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