Emission Continua in M + M Collisions (M = Zn, Cd)

Kowalski, A.

doi:10.1515/zna-1984-1120

Cited by 42 publications

(53 citation statements)

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“…Remote camera photographs were stored in a database and tagged with the camera identification number, treatment (baited or unbaited), session, date, time and species using EXIFPro 2.0 (Kowalski & Kowalski 2012). Tags were written to the EXIF data of each file and then exported from EXIFPro as a text file.…”

Section: Sta Ti Stic Al An Alys Esmentioning

confidence: 99%

Response of feral cats to a track‐based baiting programme using Eradicat^® baits

Doherty¹,

Algar²

2015

Eco Management Restoration

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Summary The feral Cat (Felis catus) is a significant threat to Australian fauna, and reducing their impacts is considered an essential action for threatened species conservation. Poison baiting is increasingly being used for the broad scale control of feral cats. In this study, we measured the population response of feral cats to a track‐based baiting programme using Eradicat® baits in the semi‐arid northern wheatbelt region of Western Australia. Over two years, 1500 baits were laid once annually and the response of feral cats was measured using remote cameras in a before–after, control–impact design. There was a significant reduction in feral cat activity in the second year, but not the first. During bait uptake trials, corvids removed the most number of baits, followed by cats and varanids. The lack of a response to baiting in the first year may be due to existing low cat numbers in the baited area and/or the timing of the baiting. We provide a list of key recommendations to help inform future cat baiting programmes and research.

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Section: Sta Ti Stic Al An Alys Esmentioning

confidence: 99%

Response of feral cats to a track‐based baiting programme using Eradicat^® baits

Doherty¹,

Algar²

2015

Eco Management Restoration

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“…Surface thermodynamics mandate that the more polar or hydrophilic of the two polymers ends up in the shell (24,25). However, a more polar first stage polymer cannot invert if it is crosslinked (26) as in the synthesis of the opacifying latexes of the Rohm and Haas Company (27).…”

Section: Phase Separated Latexesmentioning

confidence: 99%

A Perspective on Resins for Aqueous Coatings

Gardon¹

1997

ACS Symposium Series

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The binders in traditional aqueous coatings are latexes made by free radical polymerization in water. The modern seeded semibatch synthesis allows precise particle size control and versatile modification of the morphology of latex particles. Core-shell structures provide unique film formation characteristics, gloss, rheology and crosslink acceptance. These advances in the classical latex technology have a sophisticated scientific foundation. In contrast, various other rapidly evolving classes of aqueous resins are based on largely empirical developments. Polyurethane latexes are the products of the reaction between isocyanate terminated prepolymers and aqueous diamines and, just as classical latexes, have very high molecular weights. A great variety of other aqueous dispersion polymers are synthesized in nonaqueous media, have low molecular weights and are dispersed into water by mechanical means. This class of dispersion polymers encompass alkyds, polyesters, acrylics and epoxies and forms films only when crosslinked.Novel crosslinking chemistry includes two component aqueous urethanes and epoxies, and systems for crosslinking carboxyl, carbonyl and acryloyl functional polymers. (1-4). For example, modem high solids automotive topcoats are being partially replaced by aqueous and even by powder coatings. Discussion of the competition between the five low VOC technologies is beyond the scope of this paper. It should suffice to describe below issues associated with the rapidly advancing technologies of aqueous binder resins. The need for solvent reduction has led to an exciting technology competition between aqueous, high solids, powder, radiation cure and coil coatingsThis subject matter excludes additives, thickeners, and reactive diluents. Resins which dissolve in water are ignored because all modem aqueous binders belong to one of three major classes of polymeric colloids: classical latexes, urethane latexes and dispersion polymers.

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“…1,2 Moreover, hollow latex particles have potential applications in medicine release, medicine carriers, medicine delivery, and other fields. Recently, latex particles with special morphologies have received increasing attention on the basis of particle design theory and emulsion polymerization theory.…”

Section: Introductionmentioning

confidence: 99%

“…Hollow latex particles can refract light effectively because of differences in the refractive index of external shells and internal cavities. 2 They synthesized the hydrophobic shell with a hydrophilic core first and then added alkali for swelling to get the hollow latex particles. 1,2 Moreover, hollow latex particles have potential applications in medicine release, medicine carriers, medicine delivery, and other fields.…”

Section: Introductionmentioning

confidence: 99%

Effect of the intermediate layer–core ratio on the morphology and opacity ability of hollow latex particles

Yuan

Shao

et al. 2015

J of Applied Polymer Sci

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In this study, well-monodispersed hollow latex particles were synthesized through semicontinuous seed emulsion polymerization, and the effect of the hollow latex particles' intermediate layer-core ratios on their morphology and opacity ability were studied. The results show that when the intermediate layer-core ratios increased from 6 to 10, the swelling degree of the hollow latex particles decreased, and the intensity gradually increased, but the opacity ability increased first and then decreased. When the intermediate layer-core ratio was 8, the opacity ability of the hollow latex particles was the best. When the intermediate layer-core ratios were 6 and 7, the surface of the hollow latex particles was rough, and they showed a great swelling degree, big cavity, and thin shell, and few of latex particles collapsed or ruptured. When the intermediate layer-core ratios were 9 and 10, the hollow latex particles had a smooth surface, thick shell, and small swelling degree and cavity, and roughly, there was no collapse or rupture of the hollow latex particles. When the intermediate layer-core ratio was 8, the swelling degree of the hollow latex particles was moderate.

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Emission Continua in M + M Collisions (M = Zn, Cd)

Cited by 42 publications

References 0 publications

Response of feral cats to a track‐based baiting programme using Eradicat^® baits

Response of feral cats to a track‐based baiting programme using Eradicat^® baits

A Perspective on Resins for Aqueous Coatings

Effect of the intermediate layer–core ratio on the morphology and opacity ability of hollow latex particles

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Emission Continua in M + M Collisions (M = Zn, Cd)

Cited by 42 publications

References 0 publications

Response of feral cats to a track‐based baiting programme using Eradicat® baits

Response of feral cats to a track‐based baiting programme using Eradicat® baits

A Perspective on Resins for Aqueous Coatings

Effect of the intermediate layer–core ratio on the morphology and opacity ability of hollow latex particles

Contact Info

Product

Resources

About

Response of feral cats to a track‐based baiting programme using Eradicat^® baits

Response of feral cats to a track‐based baiting programme using Eradicat^® baits