cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.20010037
title: Poetamenos by Augusto de Campos: an intersemiotic transcreation of Anton Von Webern's Klangfarbenmelodie

description: Abstract Poetamenos, the main precursor of concretism in Brazil, is an intersemiotic transcreation of Anton Webern’s Klangfarbenmelodie. It is a series of six poems written by Augusto de Campos between 1952 and 1953. The transcreation of the serial music technique is related to the end of the historical cycle of the verse and provides a rigorous and creative method to the “evolutionary line” indicated by the concretists. According to our arguments, Poetamenos reveals (i) a dialectical understanding of the sound-silence tension through the fragmentation, dispersion and accumulation of letters, syllables, and lexical structures; (ii) the formal and methodological rigor developed by Webern; (iii) the effects of Webernian serialism in the 1950s, which entered Brazil thanks to Hans-Joachim Koellreutter. We also conclude that the use of graphic-spatial, plurilingual and polychromatic procedures does not have a precise correspondence with compositional components of serialism, nor with any of Webern's works in particular, as many authors claim.
DOI: 10.6084/m9.figshare.20010037.v1
title: Poetamenos by Augusto de Campos: an intersemiotic transcreation of Anton Von Webern's Klangfarbenmelodie

description: Abstract Poetamenos, the main precursor of concretism in Brazil, is an intersemiotic transcreation of Anton Webern’s Klangfarbenmelodie. It is a series of six poems written by Augusto de Campos between 1952 and 1953. The transcreation of the serial music technique is related to the end of the historical cycle of the verse and provides a rigorous and creative method to the “evolutionary line” indicated by the concretists. According to our arguments, Poetamenos reveals (i) a dialectical understanding of the sound-silence tension through the fragmentation, dispersion and accumulation of letters, syllables, and lexical structures; (ii) the formal and methodological rigor developed by Webern; (iii) the effects of Webernian serialism in the 1950s, which entered Brazil thanks to Hans-Joachim Koellreutter. We also conclude that the use of graphic-spatial, plurilingual and polychromatic procedures does not have a precise correspondence with compositional components of serialism, nor with any of Webern's works in particular, as many authors claim.
DOI: 10.6084/m9.figshare.20010040
title: Existential psychoanalysis: The sartrian autopsy of Flaubert - the hermit of Croisset

description: Abstract In the interchanges of the literary and the biographical, we are interested in shedding light on the Sartrian concept of “existential psychoanalysis” - a method that aims to understand the psychic constitution of the individual from his socio-historical reality. Gustave Flaubert is the concrete case on which Sartre focuses in the meticulous effort to demonstrate his “treatise”. The little Gustave resists all the attempts of those who set about the difficult task of teaching him to read. Regarded as incapable: “you will be the idiot in the Family”, he chooses passivity and inertia as a means of adapting to a world that appears hateful to him. Acting as an actor, the boy plunges into the imaginary world of representation, both in his life and in his projects, embodying the Sartrian maxim expressed in Jean Genet’s study: “what matters is not what they make of us, but what we ourselves make of what they have made of us”.
DOI: 10.6084/m9.figshare.20010040.v1
title: Existential psychoanalysis: The sartrian autopsy of Flaubert - the hermit of Croisset

description: Abstract In the interchanges of the literary and the biographical, we are interested in shedding light on the Sartrian concept of “existential psychoanalysis” - a method that aims to understand the psychic constitution of the individual from his socio-historical reality. Gustave Flaubert is the concrete case on which Sartre focuses in the meticulous effort to demonstrate his “treatise”. The little Gustave resists all the attempts of those who set about the difficult task of teaching him to read. Regarded as incapable: “you will be the idiot in the Family”, he chooses passivity and inertia as a means of adapting to a world that appears hateful to him. Acting as an actor, the boy plunges into the imaginary world of representation, both in his life and in his projects, embodying the Sartrian maxim expressed in Jean Genet’s study: “what matters is not what they make of us, but what we ourselves make of what they have made of us”.
DOI: 10.6084/m9.figshare.20010041
title: Jules Verne's Works “Around the World”: an Analysis of the International Performance of Editors Pierre-Jules Hetzel and Baptiste-Louis Garnier

description: Abstract Belonging to the club of world literature is not necessarily the result of the quality of a work’s or author’s literary writing. What it really denotes is the high point of a trajectory involving multiple agents who enable a work to gain popularity and recognition not just in countries considered to be central for literary consecration, but around the world, too, since world literature can only acquire that designation when it is known in different national fields that make up the international literary space. This article aims to follow the international impact of Jules Verne, a major author in world literature, by analyzing the work of two editors: Pierre-Jules Hetzel, in charge of Verne’s publications in France, and Baptiste-Louis Garnier, the agent behind Verne’s translations in Brazil. I will thus consider Hetzel’s strategies, which made Verne’s novels international successes, and Garnier’s actions, which made it possible for Verne’s work in translation to spread in Brazil. I will also confirm aspects of Verne’s critical reception in France and Brazil in order to identify the status the author acquired in these countries as a result of the initiative of these publishers.
DOI: 10.6084/m9.figshare.20010041.v1
title: Jules Verne's Works “Around the World”: an Analysis of the International Performance of Editors Pierre-Jules Hetzel and Baptiste-Louis Garnier

description: Abstract Belonging to the club of world literature is not necessarily the result of the quality of a work’s or author’s literary writing. What it really denotes is the high point of a trajectory involving multiple agents who enable a work to gain popularity and recognition not just in countries considered to be central for literary consecration, but around the world, too, since world literature can only acquire that designation when it is known in different national fields that make up the international literary space. This article aims to follow the international impact of Jules Verne, a major author in world literature, by analyzing the work of two editors: Pierre-Jules Hetzel, in charge of Verne’s publications in France, and Baptiste-Louis Garnier, the agent behind Verne’s translations in Brazil. I will thus consider Hetzel’s strategies, which made Verne’s novels international successes, and Garnier’s actions, which made it possible for Verne’s work in translation to spread in Brazil. I will also confirm aspects of Verne’s critical reception in France and Brazil in order to identify the status the author acquired in these countries as a result of the initiative of these publishers.
DOI: 10.6084/m9.figshare.20010047
title: Exhibitionism and blurring in brazilian artistic practices of the ’80s

description: Abstract The aim of this article is to explore Brazilian artistic expressions of the 80s that are framed by the end of the military dictatorships, when the question of the missing bodies becomes a symptom of Culture in the Southern Cone. In these series of writings, interventions, performances, experimental books, bodies are made visible in the public space through two strain forces: exhibitionism and blurs, which open an imaginary in response to repression and the fracture of socialist projects, as well as they put forward alternative heritages, pasts, and forms of resistance.
DOI: 10.6084/m9.figshare.20010049
title: Critical review of translations of Kafka’s Prometheus in Romance languages: between the myth, the truth and the inexplicable

description: In this article, we present a brief summary of the critical review made by Jean-Michel Adam and Ute Heidmann (ADAM; HEIDMANN, 2011) of two French translations of Kafka’s narrative about four myths of Prometheus, which, after having been compiled, amended and published by Max Brod, became known under the German title of Prometheus. We also bring a summary of the discussion led by the authors on the divergences between Brod’s amended text and Kafka’s original manuscript, which diverges from the first. We then list two consecrated translations in Portuguese, two in Spanish and two in Italian of the text compiled by Brod. These translations are accompanied by brief reflections we have made on the translators’ strategies and decisions. Concerning our theoretical support, in the specific area of translation criticism we have resorted to the theory developed by Reiß (1986) and, in the scope of poetics of translating, to Meschonnic (2010) and Borges (1974). Finally, we present our translation proposal, in Portuguese, for the original by Kafka and the text amended by Brod.
DOI: 10.6073/pasta/14d9ffabfbd50eb7d4deb7b9ca5dec56
title: Lake level surveys in the McMurdo Dry Valleys, Antarctica (1991-2022, ongoing)

description: Manual lake level surveys are conducted each season for several lakes across the McMurdo Dry Valleys of Antarctica. This data package includes lake levels for Lake Fryxell, Lake Hoare, and Lake Bonney, located in Taylor Valley; Lake Vanda and Don Juan Pond, located in Wright Valley; Lake Vida, located in Victoria Valley; Lake Miers, located in Miers Valley; and Lake House and Lake Joyce, located in Pearse Valley.
DOI: 10.13011/m3-01x6-es31
title: Characterization of cyclic twin evolution in a Mg-Nd alloy using high energy X-ray diffraction microscopy
DOI: 10.6084/m9.figshare.20010055
title: Physical and mechanical properties of particleboard bamboo waste bonded with urea formaldehyde and castor oil based adhesive

description: This study evaluated the physical and mechanical characteristics of particleboards made of bamboo waste from the species Dendrocalamus giganteus bonded with two different types of adhesives: urea-formaldehyde (UF) and a castor oil based adhesive (M). Thus, eight types of particleboards were produced in the proportions of 6%, 8%, 10% and 12% for each adhesive. The results showed that particleboards produced with UF and M adhesives had acceptable behavior for physical tests according to the Brazilian standard NBR 14810. The results attained in mechanical tests (MOR and MOE), for all particleboards, were below the requirements for structural usage. This indicates that the residue of bamboo is a feasible raw material alternative for particleboards produced for non structural purposes, such as liners, partitions and other uses for internal seal. Regarding the adhesives, the particleboards produced with UF particleboards showed superior results for both physical and mechanical characteristics, when compared to M particleboards with the same percentage of adhesive.
DOI: 10.6084/m9.figshare.20010055.v1
title: Physical and mechanical properties of particleboard bamboo waste bonded with urea formaldehyde and castor oil based adhesive

description: This study evaluated the physical and mechanical characteristics of particleboards made of bamboo waste from the species Dendrocalamus giganteus bonded with two different types of adhesives: urea-formaldehyde (UF) and a castor oil based adhesive (M). Thus, eight types of particleboards were produced in the proportions of 6%, 8%, 10% and 12% for each adhesive. The results showed that particleboards produced with UF and M adhesives had acceptable behavior for physical tests according to the Brazilian standard NBR 14810. The results attained in mechanical tests (MOR and MOE), for all particleboards, were below the requirements for structural usage. This indicates that the residue of bamboo is a feasible raw material alternative for particleboards produced for non structural purposes, such as liners, partitions and other uses for internal seal. Regarding the adhesives, the particleboards produced with UF particleboards showed superior results for both physical and mechanical characteristics, when compared to M particleboards with the same percentage of adhesive.
DOI: 10.6084/m9.figshare.20010057
title: Titanium bioactivity surfaces obtained by chemical/electrochemical treatments

description: There are various surface treatments used to modify titanium surfaces to render it bioactive. In this study commercially pure titanium surfaces (cp Ti), grade 2 were modified by acid etching (AE) and anodic oxidation (OA) in order to evaluate the bioactivity in vitro of these surfaces using the simulated body fluid (SBF). The AE was realized using a mixture of acids and AO using 1 mol.L-1 sulfuric acid. The anodic films were obtained under potentiostatic mode, during 60s using as anode a bar of titanium. All the surfaces that means cp Ti, AE and AO were analyzed concerning to morphology, rugosity, structural changes before in vitro bioactivity tests. It was observed by scanning electron microscopy (SEM) that all surfaces presented different morphologies: those with AE showed a surface with peaks and rounded valleys, with Ra = (564±80) nm, the oxidized surfaces with sulfuric acid showed a morphology with small pores uniformly distributed over the surface and Ra = (177±0,02) nm. X-rays diffraction results showed the presence of titanium hydride on the samples with AE and the anatase and rutile phases on the anodic films after heat treatment at 600°C/1h. Bioactivity tests in vitro using SBF at 37°C showed that small aggregates containing Ca and P were observed on surfaces with AE after 30 days soaked in SBF and the surfaces oxidized were fully coated with an apatite layer, identified by SEM.
DOI: 10.6084/m9.figshare.20010057.v1
title: Titanium bioactivity surfaces obtained by chemical/electrochemical treatments

description: There are various surface treatments used to modify titanium surfaces to render it bioactive. In this study commercially pure titanium surfaces (cp Ti), grade 2 were modified by acid etching (AE) and anodic oxidation (OA) in order to evaluate the bioactivity in vitro of these surfaces using the simulated body fluid (SBF). The AE was realized using a mixture of acids and AO using 1 mol.L-1 sulfuric acid. The anodic films were obtained under potentiostatic mode, during 60s using as anode a bar of titanium. All the surfaces that means cp Ti, AE and AO were analyzed concerning to morphology, rugosity, structural changes before in vitro bioactivity tests. It was observed by scanning electron microscopy (SEM) that all surfaces presented different morphologies: those with AE showed a surface with peaks and rounded valleys, with Ra = (564±80) nm, the oxidized surfaces with sulfuric acid showed a morphology with small pores uniformly distributed over the surface and Ra = (177±0,02) nm. X-rays diffraction results showed the presence of titanium hydride on the samples with AE and the anatase and rutile phases on the anodic films after heat treatment at 600°C/1h. Bioactivity tests in vitro using SBF at 37°C showed that small aggregates containing Ca and P were observed on surfaces with AE after 30 days soaked in SBF and the surfaces oxidized were fully coated with an apatite layer, identified by SEM.
DOI: 10.5281/zenodo.6617972
title: JavaScript Libraries From Top 1 Million Sites

description: Scraped data from top 1 million domains as reported by Majestic 1 Million on June 5th, 2022. The homepage of each domain is scraped and all encountered javascript script source URLs are extracted. You can find the source code at github.com/get-set-fetch/scraper and detailed documentation at getsetfetch.org.
DOI: 10.5281/zenodo.6617971
title: JavaScript Libraries From Top 1 Million Sites

description: Scraped data from top 1 million domains as reported by Majestic 1 Million on June 5th, 2022. The homepage of each domain is scraped and all encountered javascript script source URLs are extracted. You can find the source code at github.com/get-set-fetch/scraper and detailed documentation at getsetfetch.org.
DOI: 10.6084/m9.figshare.20010060
title: Growth and electrochemical stability of self-organized TiO2nanotubes on Ti-2 grade and orthopedic Ti6Al4V alloy for biomedical application

description: Titanium and its alloys are biomaterials used in endosseous implants, due to desirable mechanical properties, high corrosion resistance and biocompatibility. Using electrochemical anodization technique these materials can be recovered with self-organized TiO2 nanotubes layer resulting in increased specific surface area and probable bioactivity improvement. This research aimed determine potentiostatic anodization parameters to obtain self-organized TiO2nanotubes layer with reproducibility and ideal diameters for probable bioactive response on Ti - 2 grade (ASTM F67) and Ti6Al4V (ASTM F136) orthopedic alloy and evaluation the electrochemical stability behavior in simulated body fluid media. The self-organized nanotubes layer were obtained by potentiostatic electrochemical method in electrolyte containing fluoride ions, H3PO4/HF for Ti 2 grade and H3PO4/NH4F for Ti6Al4V alloy, the applied potentials were 15 V, 20 V and 25 V for 30, 60 and 90 minutes, for both materials. For morphologic characterization were employed scanning electron microscopy SEM and the Image J software for nanodiameter measurements. The nanoestructure electrochemical stability was evaluated by open circuit potential after immersion for 15, 30 and 60 days in artificial blood plasma, into an electrochemical cell, using SCE (saturated calomel electrode) as reference electrode, in PBS ((phosphate buffered saline) solution electrolyte for 90 minutes. The ideal anodization parameters were 15 V and 20 V for 1 hour and a reproducible, uniform and homogeneous self-organized nanotubes layer were obtained with ideal diameters that probably improve the implant superficial bioactivity with 80 and 120 nm respectively, according to the literature. Open-circuit potentials from metal/oxide system obtained on both materials are stable with potentials in range of -0.031 V to -0,183 V indicating good stability of nanoestructures in simulated body fluid. Nanotubes layer as a superficial treatment is viable with high reproducibility, low cost and electrochemical stability in simulated body fluid media.
DOI: 10.6084/m9.figshare.20010060.v1
title: Growth and electrochemical stability of self-organized TiO2nanotubes on Ti-2 grade and orthopedic Ti6Al4V alloy for biomedical application

description: Titanium and its alloys are biomaterials used in endosseous implants, due to desirable mechanical properties, high corrosion resistance and biocompatibility. Using electrochemical anodization technique these materials can be recovered with self-organized TiO2 nanotubes layer resulting in increased specific surface area and probable bioactivity improvement. This research aimed determine potentiostatic anodization parameters to obtain self-organized TiO2nanotubes layer with reproducibility and ideal diameters for probable bioactive response on Ti - 2 grade (ASTM F67) and Ti6Al4V (ASTM F136) orthopedic alloy and evaluation the electrochemical stability behavior in simulated body fluid media. The self-organized nanotubes layer were obtained by potentiostatic electrochemical method in electrolyte containing fluoride ions, H3PO4/HF for Ti 2 grade and H3PO4/NH4F for Ti6Al4V alloy, the applied potentials were 15 V, 20 V and 25 V for 30, 60 and 90 minutes, for both materials. For morphologic characterization were employed scanning electron microscopy SEM and the Image J software for nanodiameter measurements. The nanoestructure electrochemical stability was evaluated by open circuit potential after immersion for 15, 30 and 60 days in artificial blood plasma, into an electrochemical cell, using SCE (saturated calomel electrode) as reference electrode, in PBS ((phosphate buffered saline) solution electrolyte for 90 minutes. The ideal anodization parameters were 15 V and 20 V for 1 hour and a reproducible, uniform and homogeneous self-organized nanotubes layer were obtained with ideal diameters that probably improve the implant superficial bioactivity with 80 and 120 nm respectively, according to the literature. Open-circuit potentials from metal/oxide system obtained on both materials are stable with potentials in range of -0.031 V to -0,183 V indicating good stability of nanoestructures in simulated body fluid. Nanotubes layer as a superficial treatment is viable with high reproducibility, low cost and electrochemical stability in simulated body fluid media.
DOI: 10.6084/m9.figshare.20010061.v1
title: Superparamagnetic maghemite loaded poly (ε- caprolactone) nanocapsules : characterization and synthesis optimization

description: Iron oxide nanoparticles (ION) have been studied for essential applications, like detection of biological constituents (virus, bacterials, cell, nucleic acids, protein, enzyme, etc.), magnetic bioseparation and clinic therapy and diagnosis (such as MRI magnetic fluid and hyperthermia). In this work, γ-Fe2O3has been synthetized by a adapted sol-gel method and entraped in poly ε-caprolactone (PCL) nanocapsules. The superparamagnetic nanocapsules have been formulated by double emulsion evaporation method. Some variables affecting the polydispersity index, zeta potential surface and size of nanocapsules were studied aiming optimize the formulation process of maghemite-loaded PCL nanocapsules. The following parameters were selected: sonication time, PCL concentration in organic phase, PVA concentration in external aqueous phase and maghemite/PCL weight ratio. Under these experimental conditions, the resulting nanocapsules displayed a mean size of about 346 nm and a maghemite content of about 7.5 µg/mg of nanocapsules and superparamagnetic behaviour at room temperature.
DOI: 10.6084/m9.figshare.20010061
title: Superparamagnetic maghemite loaded poly (ε- caprolactone) nanocapsules : characterization and synthesis optimization

description: Iron oxide nanoparticles (ION) have been studied for essential applications, like detection of biological constituents (virus, bacterials, cell, nucleic acids, protein, enzyme, etc.), magnetic bioseparation and clinic therapy and diagnosis (such as MRI magnetic fluid and hyperthermia). In this work, γ-Fe2O3has been synthetized by a adapted sol-gel method and entraped in poly ε-caprolactone (PCL) nanocapsules. The superparamagnetic nanocapsules have been formulated by double emulsion evaporation method. Some variables affecting the polydispersity index, zeta potential surface and size of nanocapsules were studied aiming optimize the formulation process of maghemite-loaded PCL nanocapsules. The following parameters were selected: sonication time, PCL concentration in organic phase, PVA concentration in external aqueous phase and maghemite/PCL weight ratio. Under these experimental conditions, the resulting nanocapsules displayed a mean size of about 346 nm and a maghemite content of about 7.5 µg/mg of nanocapsules and superparamagnetic behaviour at room temperature.