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Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021)
Description

The Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021) - Table of Contents

"Introduction, Special Issue on Fashion" by Jennifer R. Cohen, Michael Stone-Richards, pp. 1-5

"Fashion in the Formative Years of Parisian Surrealism: The Dress of Time, the Dress of Space" by Krzysztof Fijalkowski, pp. 6-32

"Surrealist Shop Windows: Marketing Breton’s Surrealism in

The Journal of Surrealism and the Americas: Vol. 12 No. 1 (2021) - Table of Contents

"Introduction, Special Issue on Fashion" by Jennifer R. Cohen, Michael Stone-Richards, pp. 1-5

"Fashion in the Formative Years of Parisian Surrealism: The Dress of Time, the Dress of Space" by Krzysztof Fijalkowski, pp. 6-32

"Surrealist Shop Windows: Marketing Breton’s Surrealism in Wartime New York" by Jennifer R. Cohen, pp. 33-59

"Object Study: Binding Saint Glinglin" by Jenny Harris, pp. 60-77

"‘Always for Pleasure’: Chicago Surrealism and Fashion, An Interview with Penelope Rosemont" by Abigail Susik, pp. 78-92

"Sade for the Brave and Open-Minded: Review of Alyce Mahon, The Marquis de Sade and the Avant-Garde" by Joyce Cheng, pp. 93-99

"Review of Henri Behar, Potlatch, André Breton ou la cérémonie du don" by Pierre Taminiaux, pp. 100-103

 

ContributorsCohen, Jennifer R. (Author, Editor) / Stone-Richards, Michael, 1960- (Editor) / Fijalkowski, Krzysztof (Author) / Harris, Jenny (Author) / Susik, Abigail (Author) / Cheng, Joyce Suechun, 1979- (Author) / Taminiaux, Pierre, 1958- (Author)
Created2021
Description

Maria is a United States citizen whose parents just recently obtained legal status in the US due to Maria having turned 21. Maria has been around the undocumented population her entire life due to a large part of her family being undocumented. She became very involved with the undocumented movement

Maria is a United States citizen whose parents just recently obtained legal status in the US due to Maria having turned 21. Maria has been around the undocumented population her entire life due to a large part of her family being undocumented. She became very involved with the undocumented movement back in 2010 with the passing of SB1070 in Arizona. She states that the reason she became so involved at this time was because she realized how these anti-immigrant laws were affecting her family and her community. She has worked on many campaigns at the local level such as the recall of Russell Pierce, the Adios Arpaio Campaign among other things. She is set to graduate from ASU this May 2015 with a degree in Political Science and Transborder Studies, and hopes to study law one day. She currently works with Unite Here a labor union and continues to be involved with varies campaigns some being DACA/DAPA information sessions among other things

ContributorsGil, Junive (Interviewer)
Created2015-04-30
Description

In her interview, Monica discusses her association with the Grassroots Leadership Organization and her involvement with DreamZone. She talks about why DreamZone is important and why she is politically inclined. She talks about DreamZone’s Clinton Global Initiative campaign and her involvement at the White House breakout sessions after DACA was

In her interview, Monica discusses her association with the Grassroots Leadership Organization and her involvement with DreamZone. She talks about why DreamZone is important and why she is politically inclined. She talks about DreamZone’s Clinton Global Initiative campaign and her involvement at the White House breakout sessions after DACA was signed. She has been involved in sit-ins and letter writing campaigns

ContributorsSolis, Holly (Interviewer)
Created2015-04-28
Description

Jonathan was born in a small farming town in Maryland. He talks about racism, segregation and the homophobic climate that prevailed in his hometown, and how that informed his activism and that of his parents. During middle school, he got involved in activism around queer youth of color. In the

Jonathan was born in a small farming town in Maryland. He talks about racism, segregation and the homophobic climate that prevailed in his hometown, and how that informed his activism and that of his parents. During middle school, he got involved in activism around queer youth of color. In the beginning, he was mostly involved in LGBT issues. Later, he also organized around economic injustice in peasant and working class communities.

ContributorsVan Der Heyden, Cynthia (Interviewer)
Created2015-04-03
Description

Dulce attended school in Mexico up until junior high before coming to the United States on a visa. While in high school she became involved with the robotics team at Carl Hayden and thanks to the encouragement by her two teacher she decided to pursue a STEM education at ASU.

Dulce attended school in Mexico up until junior high before coming to the United States on a visa. While in high school she became involved with the robotics team at Carl Hayden and thanks to the encouragement by her two teacher she decided to pursue a STEM education at ASU. She was enrolled at ASU already when the law passed and was unaware of any other undocumented student at the ASU campus at the time. It was through the scholarship(s) that were made available to these undocumented student who were already enrolled at ASU that these undocumented students connected. What originally started off as students discussing various topics through blackboard, then google drive, led to the founding of the Arizona Dream Act Coalition (ADAC). She is co-founder for the ADAC and was the acting president for 2 years, now she just volunteers whenever she can, currently running for a position in the upcoming Executive board. She graduated from ASU with a degree in mechanical engineering, but is currently has her own business as a real estate agent for the past 10 years. She is in the process of applying for citizenship.

ContributorsGil, Junive (Interviewer)
Created2015-05-15
Description

In his interview, Seth discusses his hometown as well as his study abroad experiences. He describes how he has come to learn about the undocumented youth movement and his role in the DreamZone workshop. He talks about current political reform and his involvement in political discussion in person and on

In his interview, Seth discusses his hometown as well as his study abroad experiences. He describes how he has come to learn about the undocumented youth movement and his role in the DreamZone workshop. He talks about current political reform and his involvement in political discussion in person and on social media. He describes his experience with AZ Quip and how he feels it is included.

ContributorsSolis, Holly (Interviewer)
Created2015-04-07
Description

Jesus went to Gadsden High School in Anthony, New Mexico. He studied engineering at Texas A&M University, but ended up changing his major to journalism and mass communication with an emphasis in pubic relations. He worked in housing residential education for about a year in Florida, but later moved to

Jesus went to Gadsden High School in Anthony, New Mexico. He studied engineering at Texas A&M University, but ended up changing his major to journalism and mass communication with an emphasis in pubic relations. He worked in housing residential education for about a year in Florida, but later moved to Arizona State University to pursue a PHD in education policy and evaluation. Through his work with students and the community, he became aware of the political and social issues in Arizona. This awareness eventually led him and a friend to create DREAMzone.

Jesus is involved with DREAMzone, the Queer Undocumented Immigrant Project (Q.U.I.P.), Arcoíris Liberation Team, and Familia: Trans Queer Liberation Movement (California). He was president of the Latino Graduate Student Alliance and is currently the vice-president of the Graduate & Professional Student Association.

ContributorsVan Der Heyden, Cynthia (Interviewer)
Created2015-04-23
Description
Glycosaminoglycans (GAGs) are a class of complex biomolecules comprised of linear, sulfated polysaccharides whose presence on cell surfaces and in the extracellular matrix involve them in many physiological phenomena as well as in interactions with pathogenic microbes. Decorin binding protein A (DBPA), a Borrelia surface lipoprotein involved in the infectivity

Glycosaminoglycans (GAGs) are a class of complex biomolecules comprised of linear, sulfated polysaccharides whose presence on cell surfaces and in the extracellular matrix involve them in many physiological phenomena as well as in interactions with pathogenic microbes. Decorin binding protein A (DBPA), a Borrelia surface lipoprotein involved in the infectivity of Lyme disease, is responsible for binding GAGs found on decorin, a small proteoglycan present in the extracellular matrix. Different DBPA strains have notable sequence heterogeneity that results in varying levels of GAG-binding affinity. In this dissertation, the structures and GAG-binding mechanisms for three strains of DBPA (B31 and N40 DBPAs from B. burgdorferi and PBr DBPA from B. garinii) are studied to determine why each strain has a different affinity for GAGs. These three strains have similar topologies consisting of five α-helices held together by a hydrophobic core as well as two long flexible segments: a linker between helices one and two and a C-terminal tail. This structural arrangement facilitates the formation of a basic pocket below the flexible linker which is the primary GAG-binding epitope. However, this GAG-binding site can be occluded by the flexible linker, which makes the linker a negative regulator of GAG-binding. ITC and NMR titrations provide KD values that show PBr DBPA binds GAGs with higher affinity than B31 and N40 DBPAs, while N40 binds with the lowest affinity of the three. Work in this thesis demonstrates that much of the discrepancies seen in GAG affinities of the three DBPAs can be explained by the amino acid composition and conformation of the linker. Mutagenesis studies show that B31 DBPA overcomes the pocket obstruction with the BXBB motif in its linker while PBr DBPA has a retracted linker that exposes the basic pocket as well as a secondary GAG-binding site. N40 DBPA, however, does not have any evolutionary modifications to its structure to enhance GAG binding which explains its lower affinity for GAGs. GMSA and ELISA assays, along with NMR PRE experiments, confirm that structural changes in the linker do affect GAG-binding and, as a result, the linker is responsible for regulating GAG affinity.
ContributorsMorgan, Ashli M (Author) / Wang, Xu (Thesis advisor) / Allen, James (Committee member) / Yarger, Jeffery (Committee member) / Arizona State University (Publisher)
Created2015
Description
Image segmentation is of great importance and value in many applications. In computer vision, image segmentation is the tool and process of locating objects and boundaries within images. The segmentation result may provide more meaningful image data. Generally, there are two fundamental image segmentation algorithms: discontinuity and similarity. The idea

Image segmentation is of great importance and value in many applications. In computer vision, image segmentation is the tool and process of locating objects and boundaries within images. The segmentation result may provide more meaningful image data. Generally, there are two fundamental image segmentation algorithms: discontinuity and similarity. The idea behind discontinuity is locating the abrupt changes in intensity of images, as are often seen in edges or boundaries. Similarity subdivides an image into regions that fit the pre-defined criteria. The algorithm utilized in this thesis is the second category.

This study addresses the problem of particle image segmentation by measuring the similarity between a sampled region and an adjacent region, based on Bhattacharyya distance and an image feature extraction technique that uses distribution of local binary patterns and pattern contrasts. A boundary smoothing process is developed to improve the accuracy of the segmentation. The novel particle image segmentation algorithm is tested using four different cases of particle image velocimetry (PIV) images. The obtained experimental results of segmentations provide partitioning of the objects within 10 percent error rate. Ground-truth segmentation data, which are manually segmented image from each case, are used to calculate the error rate of the segmentations.
ContributorsHan, Dongmin (Author) / Frakes, David (Thesis advisor) / Adrian, Ronald (Committee member) / Turaga, Pavan (Committee member) / Arizona State University (Publisher)
Created2015
Description
Nanoparticle suspensions, popularly termed “nanofluids,” have been extensively investigated for their thermal and radiative properties. Such work has generated great controversy, although it is arguably accepted today that the presence of nanoparticles rarely leads to useful enhancements in either thermal conductivity or convective heat transfer. On the other hand, there

Nanoparticle suspensions, popularly termed “nanofluids,” have been extensively investigated for their thermal and radiative properties. Such work has generated great controversy, although it is arguably accepted today that the presence of nanoparticles rarely leads to useful enhancements in either thermal conductivity or convective heat transfer. On the other hand, there are still examples of unanticipated enhancements to some properties, such as the reported specific heat of molten salt-based nanofluids and the critical heat flux. Another largely overlooked example is the apparent effect of nanoparticles on the effective latent heat of vaporization (hfg) of aqueous nanofluids. A previous study focused on molecular dynamics (MD) modeling supplemented with limited experimental data to suggest that hfg increases with increasing nanoparticle concentration.

Here, this research extends that exploratory work in an effort to determine if hfg of aqueous nanofluids can be manipulated, i.e., increased or decreased, by the addition of graphite or silver nanoparticles. Our results to date indicate that hfg can be substantially impacted, by up to ± 30% depending on the type of nanoparticle. Moreover, this dissertation reports further experiments with changing surface area based on volume fraction (0.005% to 2%) and various nanoparticle sizes to investigate the mechanisms for hfg modification in aqueous graphite and silver nanofluids. This research also investigates thermophysical properties, i.e., density and surface tension in aqueous nanofluids to support the experimental results of hfg based on the Clausius - Clapeyron equation. This theoretical investigation agrees well with the experimental results. Furthermore, this research investigates the hfg change of aqueous nanofluids with nanoscale studies in terms of melting of silver nanoparticles and hydrophobic interactions of graphite nanofluid. As a result, the entropy change due to those mechanisms could be a main cause of the changes of hfg in silver and graphite nanofluids.

Finally, applying the latent heat results of graphite and silver nanofluids to an actual solar thermal system to identify enhanced performance with a Rankine cycle is suggested to show that the tunable latent heat of vaporization in nanofluilds could be beneficial for real-world solar thermal applications with improved efficiency.
ContributorsLee, Soochan (Author) / Phelan, Patrick E (Thesis advisor) / Wu, Carole-Jean (Thesis advisor) / Wang, Robert (Committee member) / Wang, Liping (Committee member) / Taylor, Robert A. (Committee member) / Prasher, Ravi (Committee member) / Arizona State University (Publisher)
Created2015