Sentences with phrase «most aerosol can»

There are many smells that drive women wild, but the chemical fragrances like those in most aerosol can shave and gels are always a turnoff, so instead look for something with natural citrus or woody scents like sandalwood, cedar or pine.

Not exact matches

This is due to the mostly contractual nature of therelationships with their customers, which for the most part is cheifly supported by the drinks industry, but also includes aerosol cans used for hair and shaving products.

A key giveaway that aerosols were behind the effect was that the lightning was most pronounced at times of the year when powerful atmospheric convection currents form that can carry the aerosol particles high into the sky (Geophysical Research Letters, doi.org/cc7b).

To deal with that, most sucessful scientists develop networks of «trusted» sources — people you know and get along with, but who are specialists in different areas (dynamics, radiation, land surfaces, aerosols, deep time paleo etc.) and who you can just call up and ask for the bottom line.

Now, scientists can add aerosols» fundamental properties into the models, opening the door to discover how the most abundant particulates in the atmosphere affect our climate and air quality.

It is most often spread through saliva but it can also be in aerosol droplets that can be inhaled.

The most common means of transmission is through aerosols generated by horses with cough; therefore, infection can spread many feet, particularly in closed airspaces.

Bitter sprays can be purchased from most pet stores or on - line and typically come in the form of a pump spray or aerosol containing a liquid that is designed to have an unpleasant taste.

But that was almost 30 years before 1910, by which time we can assume that most or all of those aerosols had dissipated.

And yes, an accumulation of aerosols from previous eruptions can delay the process of aerosol dissipation from the most recent eruption, but the presence of these leftover aerosols only prolongs the cooling effect, no?

This paper re-states the grand Svensmark theory and attempts to address the work that has shown cosmic rays can not be a significant influence on climate because most aerosols run out of stuff to become big enough for cloud formation.

According to the Purple Harry website, the avoidance of aerosols isn't just an ethical concern: «Most people don't realize that a 500 ml can of aerosol only contains approximately 200 ml of product....

Industrial - produced cooling aerosols, without which most climate models can't be made to fit history, are another example.

There are only three possibilities in your case, Mr. MacMartin, either you are criminally negligent in your knowledge of the very profession in which you claim to be an expert, or you are visually challenged and can not see the blatant aerosol spraying that is so clearly visible in countless satellite images that you claim prove there is no aerosol spraying, or finally, yes, for whatever reason or motive, you are willfully choosing to deceive the population on this most critical issue, Mr. MacMartin.

As John discussed in his post, there are some issues with this hypothesis (i.e. we know observed forcings like solar irradiance and aerosols can explain most past short - term temperature changes without requiring major contributions from these «climate shifts»).

Most of the relevant aerosols are anthropogenic in origin, although natural events such as forest fires can also contribute, particularly to the black carbon fraction — a role that was not mentioned in the article unless I overlooked it.

Based on Monte Carlo simulations and considering experimental designs with a fixed budget for the number of simulations that modeling centers can perform, the most accurate estimate of historical greenhouse gas — induced warming is obtained with a design using a combination of all - forcings, natural forcings — only, and aerosol forcing — only simulations.

Karsten: So the take - home message would then be that 1) In the mid-century the NH cooled because of anthropogenic aerosols (especially the most polluted areas) 2) Now anthropogenic aerosols have a larger content of absorptive elements so directly observing this cooling in the most polluted areas is very complicated but we can nevertheless be sure that the global effect of these aerosols is markedly negative.

It isn't like tropospheric aerosols can travel all that far or they aren't most concentrated at the source.

While it is true that aerosols can warm and cool the climate (by absorption and reflection of solar radiation, respectively, besides influencing cloud properties), most evidence suggests that globally, cooling is dominant.

Most of these can be forcings at long time scales: GHG due to anthropogenics, sustained volcanic activity, or weathering; dust / aerosols due to sustained volcanic activity; and ice sheets due to orbital variations.

In fact, since as you can see, most of these aerosols are in the norther hemisphere, one would expect that, if cooling were a big deal, the northern hemisphere would have cooled vs. the southern, but in fact as we will see in a minute exactly the opposite is true — the northern hemisphere is heating much faster than the south.