From sentimentality and from dustiness Hockney's works are entirely free.
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The hobby had an arcane, almost Victorian dustiness to it, akin to collecting stamps or coins.
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But period pieces, especially those about domestic lives, can also easily tip into dustiness or maudlin melodrama.
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It's definitely got a mustiness and a dustiness, and it tastes like it was made in a barrel.
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"It was that dustiness, that slight grounding element that makes a wine a bit more serious than just light and bright," she said.
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These spaces approach a sense of place through dustiness and masculinity, as players related to these worlds by moving heavily through them while destroying them.
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The Eagles are one of Bernstein's favorite groups and he delivers it with a combination of its original plaintive dustiness and his own Great Las Vegas Room Mojo.
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With a generative model, both ideas can be put to the test: Elements in the latent space related to dustiness and star formation rates are changed to see how this affects galaxies' color.
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And even we smelled something: the citrusy piss of the voles in their runs within the grass; the distantly maritime tang of a slug trail, like a winter rock pool; the crushed laurel of a frog; the dustiness of a toad; the sharp musk of a weasel; the blunter musk of an otter.
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Aside from the ordinary dustiness of a hot country that is under constant construction and has tens of millions moving along poorly paved roads, there are the airborne effluents of coal-fired power plants, crematoria, fire-cleared rice paddies, factories and furnaces burning cheap pet coke and furnace oil, millions of poorly tuned vehicles running on low-grade fuel, diesel-powered locomotives and generators, and cooking stoves fed by cow dung and wood.
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Dustiness is the tendency of particles to become airborne in response to a mechanical or aerodynamic stimulus. Dustiness is affected by the particle shape, size, and inherent electrostatic forces. Dustiness increases the risk of inhalation exposure. Dusty materials tend to generate aerosols with high particle concentrations measured in number or in mass.
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The dustiness of the nanomaterials can influence potential exposures and the selection of the appropriate engineering control during the manufacturing production. Electrostatic forces influence the stability of particle dispersion in air and effect the dustiness. Nanomaterials in dry powder form tend to pose the greatest risk for inhalation exposure, while nanomaterials suspended in a liquid typically present less risk via inhalation.
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Laboratory simulations have been established to test aerosolization behavior and dustiness level of powders, in order to predict aerosol properties encountered in real-life situations.
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Various laboratory systems have been developed to test dustiness of fine powders. A European standard on dustiness testing has been established by the European Committee for Standardization (CEN) since April 2006. This standard is especially related to human exposure in workplace (EN 15051). It describes two methods: the rotating drum system and continuous drop system, both of which use gravity to stimulate the material and generate aerosols.
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A significant motivation for quantifying and measuring the dustiness of materials comes from the area of workplace safety. The potential health impacts of suspended particles, particularly by inhalation, can be significant.
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Two buildings (one a geodesic dome) were funded to house the institute at the minerals-rich Gault Estate at Mont Saint-Hilaire, Quebec, where ventilation research and simulations took place.Bardswick WA, White FTM. Trends in the Instrumental Assessment of Industrial Dustiness. Canadian Mining and Metallurgical Bulletin.
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The tendency of powdered materials to release airborne particles under external energies indicates their dustiness level. The dusty level of powders directly affects worker exposure scenarios and associated health risks in occupational settings. Powder-based aerosol particles can pose advert effects when deposited in human respiratory systems via inhalation.
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Recently, an aerosol generation system based on laboratory funnel (resembling a fluidized bed) has been developed, which has the potential to become an alternative or supplementary method to the existing systems in dustiness testing. Its performance was compared to other three aerosolization systems using the same test materials.
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The primary functions of polyacrylamide soil conditioners are to increase soil tilth, aeration, and porosity and reduce compaction, dustiness and water run-off. Secondary functions are to increase plant vigor, color, appearance, rooting depth and emergence of seeds while decreasing water requirements, diseases, erosion and maintenance expenses. FC 2712 is used for this purpose.
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The amount of dust produced during handling or processing of a powder can be affected by the nature of the handling process, the ambient humidity, the particle size and water content of the powder, and other factors. To measure dustiness of a particular powder in a replicable way, standardized testing procedures have been created and published.
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A gas fluidized bed is a container filled with a powder or granular substance that is fluffed up by blowing gas upwardly through it. This is used for fluidized bed combustion, chemically reacting the gas with the powder. Some powders may be dustier than others. The tendency of a powder to generate particles in the air under a given energy input is called "dustiness".
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It is an important powder property which is relevant to powder aerosolization process. It also has indications for human exposure to aerosolized particles and associated health risks (via skin contacts or inhalation) at workplaces. Various dustiness testing methods have been established in research laboratories, in order to predict powder behaviors during aerosolization. These methods (laboratory setups) allow application of a wide range of energy inputs to powdered materials, which simulates different real-life scenarios.
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At the present time some land is being prepared for investment and the area is being opened to the public. Mild local climate change is expected in the direct surroundings following the creation of the lake, such as an increase in fogs, less dustiness and temperature stabilization. The water quality is one of the key criteria, which is monitored and will be helpful for projection of the hydric recultivation in another region.
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The object was found by a team of scientists from Canada, USA and Chile during a search for unusually red brown dwarfs (such color indicates some notable properties of their atmospheres, e.g. dustiness). The search used data of 3 surveys: SDSS (visible light data), 2MASS (near-infrared) and WISE (mid-wave infrared). was one of the reddest and, according to the authors, the most interesting object found. Results of the work were published in December 2015.
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Dustiness is defined as the tendency of a powder material to generate airborne particles under a given external energy input. This property of powdered materials has a close link with powder aerosolization processes. It also has indications on human exposure level and associated health risks at workplaces. Dusty materials tend to produce aerosols with high number concentrations, which poses higher exposure risks to the workers who are in direct contacts with them during industrial production and handling processes.
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His name had featured as "additional cinematographer" in Thambi. Chezhiyan made his debut as a full-fledged cinematographer with Kalloori (2007). Kalloori opened to critical acclaim in December 2007, with a critic stating that "Chezhian's cinematography is perfection itself, capturing the dustiness of the surrounds and the college accurately". He then worked in S. Shankar's production Rettaisuzhi, in V. Gowthaman's Magizhchi and in Seenu Ramasamy's Thenmerku Paruvakaatru, the latter won the National Film Award for Best Feature Film in Tamil.
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During the Last Glacial Maximum, much of the world was cold, dry, and inhospitable, with frequent storms and a dust-laden atmosphere. The dustiness of the atmosphere is a prominent feature in ice cores; dust levels were as much as 20 to 25 times greater than now.Cowen, Robert C. "Dust Plays a Huge Role in Climate Change" Christian Science Monitor 3 April 2008 (), and Claquin et al., "Radiative Forcing of Climate by Ice-Age Atmospheric Dust", Climate Dynamics (2003) 20: 193–202. (www.rem.sfu.ca/COPElab/Claquinetal2003_CD_glacialdustRF.
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Nanomaterials have at least one primary dimension of less than 100 nanometers, and often have properties different from those of their bulk components that are technologically useful. Because nanotechnology is a recent development, the health and safety effects of exposures to nanomaterials, and what levels of exposure may be acceptable, is not yet fully understood. Processing and manufacturing of nanomaterials involve a wide range of hazards. The types of engineering controls optimal for each situation is influenced by the quantity and dustiness of the material as well as the duration of the task.
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A 1981 report mentioned that "the open-air handling of bulk solids on the Beauport flats is a source of air and water pollution." In the same report, the "dustiness" of the Limoilou neighborhood due to port activity had already been identified as problematic. A 1983 report added that air sampling stations on the port grounds had demonstrated suspended particle concentration levels above legal limits. For Limoilou residents working to stop the port's pollution of their neighborhood, the documents demonstrated that the dust issues were neither new nor rare, and that port administration had been aware of the situation.
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They are used when hazardous substances and processes cannot be eliminated or replaced with less hazardous substitutes. Well-designed engineering controls are typically passive, in the sense of being independent of worker interactions, which reduces the potential for worker behavior to impact exposure levels. The initial cost of engineering controls can be higher than administrative controls or personal protective equipment, but the long- term operating costs are frequently lower and can sometimes provide cost savings in other areas of the process. The type of engineering control optimal for each situation is influenced by the quantity and dustiness of the material as well as the duration of the task.
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The inhalation risk is affected by the dustiness of the material, the tendency of particles to become airborne in response to a stimulus. Dust generation is affected by the particle shape, size, bulk density, and inherent electrostatic forces, and whether the nanomaterial is a dry powder or incorporated into a slurry or liquid suspension. Animal studies indicate that carbon nanotubes and carbon nanofibers can cause pulmonary effects including inflammation, granulomas, and pulmonary fibrosis, which were of similar or greater potency when compared with other known fibrogenic materials such as silica, asbestos, and ultrafine carbon black. Some studies in cells or animals have shown genotoxic or carcinogenic effects, or systemic cardiovascular effects from pulmonary exposure.
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The inhalation risk is affected by the dustiness of the material, the tendency of particles to become airborne in response to a stimulus. Dust generation is affected by the particle shape, size, bulk density, and inherent electrostatic forces, and whether the nanomaterial is a dry powder or incorporated into a slurry or liquid suspension. Animal studies indicate that carbon nanotubes and carbon nanofibers can cause pulmonary effects including inflammation, granulomas, and pulmonary fibrosis, which were of similar or greater potency when compared with other known fibrogenic materials such as silica, asbestos, and ultrafine carbon black. Some studies in cells or animals have shown genotoxic or carcinogenic effects, or systemic cardiovascular effects from pulmonary exposure.
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