Results 211 to 220 of about 71,366 (250)

Mass Transport by Waves: Physical Model with Coalescence, Fragmentation, and Displacement on a Bath-Metal Interface

2022
The behavior of alumina raft at the bath-metal interface in an electrolysis cell has been simulated by a numerical model in a past study. Further improvement on the numerical model led to broader application and a more «cell-like» scenario. The model now considers three distinct bath-metal interface phenomena.
Richer, T., Dion, Lukas, Kiss, László, Guérard, Sébastien, Bilodeau, Jean-François, Rakotondramanana, L.   +5 more
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Physical properties of poly(ɛ-caprolactone) coalesced from its α-cyclodextrin inclusion compound

Polymer, 2011
Abstract Poly(ɛ-caprolactone) (PCL) is a biodegradable/bioabsorbable polyester used in such biomedical applications as drug delivery and suture manufacturing. PCL has relatively poor physical properties, however, limiting its load-bearing applications. In this work, PCL was processed with α-cyclodextrin (α-CD) to form an inclusion complex (IC).
B.R. Williamson, R. Krishnaswamy, A.E. Tonelli   +2 more
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Coalescence of liquid droplets in two‐component–two‐phase systems: Part I. Effect of physical properties on the rate of coalescence

AIChE Journal, 1965
AbstractExperimental coalescence time and time distribution studies of the coalescence of a single droplet at a plane interface are presented for four two‐component–two‐phase systems. The results have been analyzed by dimensional analysis and statistical analysis, and a correlation of coalescence time and coalescence time distribution with the physical
G. V. Jeffreys, J. L. Hawksley
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A Cloud Physical Parameterization Method Using Movable Basis Functions: Stochastic Coalescence Parcel Calculations

Journal of the Atmospheric Sciences, 1983
Abstract Numerical simulations of stochastic coalescence in a parcel framework are presented using a series of distribution functions. The equations governing the distribution parameter tendencies are derived using a variational approach with constraints.
Terry L. Clark, W. D. Hall
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The crack coalescence mode and physical field evolutionary characteristics of a brittle material containing two 3-D parallel embedded flaws

Theoretical and Applied Fracture Mechanics, 2020
Abstract This research presents the crack coalescence mode and physical field evolution characteristics of a brittle material containing two 3-D parallel embedded flaws. A numerical model based on the flat-joint model is established and validated by laboratory experiments.
Bang-Xiang Li, Song Yu, Wei-Shen Zhu, Lei Yang, Wei-Bing Cai, Yi-Guo Xue, Yong Li   +6 more
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Physical Pointers to God's Omnipresence: Do Immanence and Transcendence Coalesce?

Theology and Science, 2008
In Romans 1:20 of the Bible, St. Paul tells us: “Ever since the creation of the world His invisible nature, namely, His eternal power and deity, has been clearly perceived in the things that have b...
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A physically motivated anisotropic tensorial representation of damage with separate functions for void nucleation, growth, and coalescence

International Journal of Plasticity, 2007
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Hammi, Y., Horstemeyer, M. F.
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Effects of different surfactants and physical properties on the coalescence of dimethyl disulfide drops with mother phase at the interface of sodium hydroxide aqueous solutions

Journal of Molecular Liquids, 2018
Abstract This study is concerned on the coalescence behavior of dimethyl disulfide drops and its mother-phase at the planar interface of sodium hydroxide aqueous solutions. This phenomenon is an essential part of the well-known Merox process. Three surfactant types of non-ionic Tween 20, anionic sodium dodecyl sulfate (SDS) and cationic cetyl ...
M. Kasmaee, F. Varaminian, P. Khadiv-Parsi, J. Saien   +3 more
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Conditions for coalescence of the full wave solutions for rough surface EM scattering with perturbation and physical optics solutions in the low and high frequency limits-theory and experiment

1988 IEEE AP-S. International Symposium, Antennas and Propagation, 2003
A full wave solution based on the complete expansion of the fields and the imposition of exact boundary conditions was developed to investigate propagation in irregular stratified media. On applying this approach to scattering and depolarization by two dimensionally rough surfaces separating two media with arbitrary (complex) permittivity and ...
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Erratum: Search for gravitational waves from compact binary coalescence in LIGO and Virgo data from S5 and VSR1 (Physical Review D - Particles, Fields, Gravitation and Cosmology)

2012
This paper was published online on 5 November 2010 with an omission in the Collaboration author list. S. Dwyer has been added as of 12 April 2012. The Collaboration author list is incorrect in the printed version of the journal.
Abadie J., Abbott B. P., Abbott R., Abernathy M., Accadia T., Acernese F., Adams C., Adhikari R., Ajith P., Allen B., Allen G., Amador Ceron E., Amin R. S., Anderson S. B., Anderson W. G., Antonucci F., Arain M. A., Araya M., Aronsson M., Arun K. G., Aso Y., Aston S., Astone P., Atkinson D. E., Aufmuth P., Aulbert C., Babak S., Baker P., Ballardin G., Ballinger T., Ballmer S., Barker D., Barnum S., Barone F., Barr B., Barriga P., Barsotti L., Barsuglia M., Barton M. A., Bartos I., Bassiri R., Bastarrika M., Bauchrowitz J., Bauer T. S., Behnke B., Beker M. G., Belletoile A., Benacquista M., Bertolini A., Betzwieser J., Beveridge N., Beyersdorf P. T., Bigotta S., Bilenko I. A., Billingsley G., Birch J., Birindelli S., Biswas R., Bitossi M., Bizouard M. A., Black E., Blackburn J. K., Blackburn L., Blair D., Bland B., Blom M., Boccara C., Bock O., Bodiya T. P., Bondarescu R., Bondu F., Bonelli L., Bonnand R., Bork R., Born M., Bose S., Bosi L., Bouhou B., Boyle M., Braccini S., Bradaschia C., Brady P. R., Braginsky V. B., Brau J. E., Breyer J., Bridges D. O., Brillet A., Brinkmann M., Brisson V., Britzger M., Brooks A. F., Brown D. A., Budzynski R., Bulik T., Bulten H. J., Buonanno A., Burguet-Castell J., Burmeister O., Buskulic D., Buy C., Byer R. L., Cadonati L., Cagnoli G., Cain J., Calloni E., Camp J. B., Campagna E., Campsie P., Cannizzo J., Cannon K. C., Canuel B., Cao J., Capano C., Carbognani F., Caudill S., Cavaglia M., Cavalier F., Cavalieri R., Cella G., Cepeda C., Cesarini E., Chalermsongsak T., Chalkley E., Charlton P., Chassande-Mottin E., Chelkowski S., Chen Y., Chincarini A., Christensen N., Chua S. S. Y., Chung C. T. Y., Clark D., Clark J., Clayton J. H., Cleva F., Coccia E., Colacino C. N., Colas J., Colla A., Colombini M., Conte R., Cook D., Corbitt T. R., Cornish N., Corsi A., Costa C. A., Coulon J. -P., Coward D., Coyne D. C., Creighton J. D. E., Creighton T. D., Cruise A. M., Culter R. M., Cumming A., Cunningham L., Cuoco E., Dahl K., Danilishin S. L., Dannenberg R., D'Antonio S., Danzmann K., Das K., Dattilo V., Daudert B., Davier M., Davies G., Davis A., Daw E. J., Day R., Dayanga T., De Rosa R., Debra D., Degallaix J., Del Prete M., Dergachev V., Derosa R., Desalvo R., Devanka P., Dhurandhar S., Di Fiore L., Di Lieto A., Di Palma I., Di Paolo Emilio M., Di Virgilio A., Diaz M., Dietz A., Donovan F., Dooley K. L., Doomes E. E., Dorsher S., Douglas E. S. D., Drago M., Drever R. W. P., Driggers J. C., Dueck J., Dumas J. -C., Dwyer S., Eberle T., Edgar M., Edwards M.   +199 more
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