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114 results for “Rubber”
Confocal Microscopy Visualizes Particle-Crack Interactions in Epoxy Composites with Optical Force Probe-Crosslinked Rubber Particles
<p>Data (*.csv and *.lif) corresponding to Figures 2-7 of the manuscript and Figures S1-S2 of the Supporting Information.</p>
Social Accounting Matrix for Lithuania, 2017 (with disaggregated Rubber and Plastics activity)
<p>The dataset is based on doi: 10.5281/zenodo.5077893 but includes Rubber and plastics activity disaggregated to depict production of plastic bags with more details.</p>
Genomic insight into domestication of rubber tree
<p>we upgraded H. brasiliensis genome assembly (contig N50 of 11.21 megabases), presented a map of genome variations by resequencing 335 accessions and revealed domestication-related molecular signals and a major domestication trait, the higher number of laticifer rings. HbPSK5, encoding the small-peptide hormone phytosulfokine (PSK), was a key domestication gene. It was closely associated with the major domestication trait by positively controlling laticifer differentiation from vascular cambia. The transcriptional activation of HbPSK5 by MYC members linked JA signaling to PSK signaling in enhancing laticifer formation.</p> <p>cite:https://www.nature.com/articles/s41467-023-40304-y</p>
High-resolution maps of rubber and rubber-related deforestation for Southeast Asia
<p>This dataset contains maps of rubber plantations in 2021, and maps of rubber-related deforestation between 1993-2016 for Southeast Asia. The rubber maps have a 10 m pixel size, and the deforestation maps have a 30 m pixel size. The dataset and the methods for generating it are described in Wang et al. 2023. High-resolution maps show that rubber causes substantial deforestation. <em>Nature</em>. <strong>Please note that an update of this dataset will follow in September 2025.</strong> </p>
Selected properties and microstructure of concrete with tire rubber granulate as recycled material in construction industry
<p><span>The paper explores the use of recycled materials in the construction industry to promote sustainable development. There is a growing demand for recycling and innovative materials in engineering. The study specifically investigates the potential of tire rubber recyclate as a recycled raw material, comparing two different mixtures in an experimental program. These mixtures highlight the importance of utilizing local resources, aligning with the principles of the circular economy. The experimental program focuses on evaluation of mechanical properties in addition to specialized tests. Findings indicate that higher proportions of rubber granulate not only impact mechanical properties but also significantly affect durability when exposed to environmental factors. </span></p>
FIG. 4 in First report of the sexual morph of Pseudofusicoccum adansoniae Pavlic, T.I.Burgess & M.J.Wingf. on Para rubber
FIG. 4. — Pseudofusicoccum ardesiacum Pavlic, T.I.Burgess & M.J.Wingf. (MFLU 19-0235): A, B, habit on host substrate; C, section through the conidiomata; D, peridium; E-G, conidiophore and conidiogenous cells; H-O, conidia (mounted in double-distilled water); P, conidia with mucilaginous sheath (arrows) (stained in Indian ink); Q, germinated spores; R, S, upper and reverse view of the culture after ten days. Scale bars: A, 500 µm; B, 200 µm; C, 100 µm; D, 20 µm; E-Q, 10 µm.
FIG. 2 in First report of the sexual morph of Pseudofusicoccum adansoniae Pavlic, T.I.Burgess & M.J.Wingf. on Para rubber
FIG. 2. — Pseudofusicoccum adansoniae Pavlic, T.I.Burgess & M.J.Wingf. (MFLU 19-0246): A, B, habit on host substrate; C, section through the conidiomata; D, peridium; E, F, conidiophore and conidiogenous cells; G, conidia (mounted in double-distilled water); H-J, conidia with mucilaginous sheath (arrows) (stained in Indian ink); K, germinated spores; L, M, upper and reverse view of the culture after ten days. Scale bars: A-C, 200 µm; D, 20 µm; E-K, 10 µm.
FIG. 3 in First report of the sexual morph of Pseudofusicoccum adansoniae Pavlic, T.I.Burgess & M.J.Wingf. on Para rubber
FIG. 3. — Pseudofusicoccum adansoniae Pavlic, T.I.Burgess & M.J.Wingf. (MFLU 19-0239): A, habit of ascoma in bark; B, transverse sections through ascomata; C, D, section through the ascoma; E, peridium; F, pseudoparaphyses; G, H, asci; I, ascospores (mounted in double-distilled water); J, K, upper and reverse view of the culture after ten days; L-O, ascospores with mucilaginous sheath (arrows) (stained in Indian ink); P, germinated spores. Scale bars: A, B, 500 µm; C, 200 µm; D, 50 µm; E-H, 30 µm; I, L-P, 10 µm.
Dataset: The Goodyear Tire & Rubber Company (GT) Stock Performance
This dataset provides historical stock market performance data for specific companies. It enables users to analyze and understand the past trends and fluctuations in stock prices over time. This information can be utilized for various purposes such as investment analysis, financial research, and market trend forecasting.
Figure 4 in Replacement level of rubber seed cake for soybean meal on the growth of Japanese quail
Figure 4. Survivability (%) of the growing quail under different dietary treatments (D , D , D , D and D = Treatments, see Table 1).
Figure 6 in Replacement level of rubber seed cake for soybean meal on the growth of Japanese quail
Figure 6. Regression for the equation of, y = a + bx; where, y= feed intake, x= the inclusion rate of RS in the diet in place of soybean meal, and b= regression co-efficient and a= intercept. D0= Diet containing 20% soybean meal and 4% soybean oil (control diet), D1= Diet, where 12.5% of soybean meal and 25% of soybean oil has been replaced by RS; D2 = Diet, where 25% of soybean meal and 50% of soybean oil has been replaced by RS; D3 = Diet, where 37.5% of soybean meal and 75% of soybean oil has been replaced by RS; D4 = Diet, where 50% of soybean meal and 100% of soybean oil has been replaced by RS.
Raw data for Investigation of Combined Aging and Mullins Stress Softening of Rubber Nanocomposites
<p><strong>Specification of affiliations:</strong></p> <ul> <li>Barbora Hanulikova - Centre of Polymer Systems</li> <li>Milan Masar - Centre of Polymer Systems</li> </ul> <p> </p> <p>Raw data for the research paper. Information on the data collection are described in the manuscript Investigation of Combined Aging and Mullins Stress Softening of Rubber Nanocomposites.</p>
Figure 2 in Edaphic characteristics and environmental impact of rubber tree plantations on soil mite (Acari) communities
Figure 2 Abundance logarithmic transformation – logx (+1) of Gamasida (A) and Oribatida (B) major groups across the land use types. SF: secondary forests, R7: 7-year-old rubber plantations, R12: 12- year-old rubber plantations, R25: 25-year-old rubber plantations. N = 120; one-way ANOVA test,p
Throwbot - Dataset and evaluation of a thrown rubber egg 1
<p>Dataset, videos and MATLAB live script for the evaluation of the recoded throw of a rubber egg.</p>
Throwbot - Dataset and evaluation of a thrown rubber egg 5
<p>Dataset, videos and MATLAB live script for the evaluation of the trajectory of a thrown rubber egg</p>
Throwbot - Dataset and evaluation of a thrown rubber egg 4
<p>Dataset, videos and MATLAB live script for the evaluation of the trajectory of a thrown rubber egg</p>
Throwbot - Dataset and evaluation of a thrown rubber egg 3
<p>Dataset, videos and MATLAB live script for the evaluation of the trajectory of a thrown rubber egg</p>
Data from: Rubber agroforestry in Thailand provides some biodiversity benefits without reducing yields
<p>Monocultural rubber plantations have replaced tropical forest, causing biodiversity loss. While protecting intact or semi-intact biodiverse forest is paramount, improving biodiversity value within the 11.4 million hectares of existing rubber plantations could offer important conservation benefits, if yields are also maintained. Some farmers practice agroforestry with high-yielding clonal rubber varieties to increase and diversify incomes. Here, we ask whether such rubber agroforestry improves biodiversity value or affects rubber yields relative to monoculture. We surveyed birds, fruit-feeding butterflies and reptiles in 25 monocultural and 39 agroforest smallholder rubber plots in Thailand, the world's biggest rubber producer. Management and vegetation structure data were collected from each plot, and landscape composition around plots was quantified. Rubber yield data were collected for a separate set of 34 monocultural and 47 agroforest rubber plots in the same region. Reported rubber yields did not differ between agroforests and monocultures, meaning adoption of agroforestry in this context should not increase land demand for natural rubber. Butterfly richness was greater in agroforests, where richness increased with greater natural forest extent in the landscape. Bird and reptile richness were similar between agroforests and monocultures, but bird richness increased with the height of herbaceous vegetation inside rubber plots. Species composition of butterflies differed between agroforests and monocultures, and in response to natural forest extent, while bird composition was influenced by herbaceous vegetation height within plots, the density of non-rubber trees within plots (representing agroforestry complexity), and natural forest extent in the landscape. Reptile composition was influenced by canopy cover and open habitat extent in the landscape. Conservation priority and forest-dependent birds were not supported within rubber. Synthesis and applications. Rubber agroforestry using clonal varieties provides modest biodiversity benefits relative to monocultures, without compromising yields. Agroforests may also generate ecosystem service and livelihood benefits. Management of monocultural rubber production to increase inter-row vegetation height and complexity may further benefit biodiversity. However, biodiversity losses from encroachment of rubber onto forests will not be offset by rubber agroforestry or rubber plot management. This evidence is important for developing guidelines around biodiversity-friendly rubber and sustainable supply chains, and for farmers interested in diversifying rubber production.</p>
Груша медицинская • Rubber clyster
1949–1953 14 х 7 cm Найдена на месте одного из лагерей, где заключенные занимались строительством железной дороги "Салехард–Игарка" (т.н. Мертвая Дорога), ветки, идущей со стороны Игарки. Экспедиция организована Музеем вечной мерзлоты (Игарка) до 2002 г. The item was found at the premises of one of the labor camps, the prisoners of which took part in the construction of the Salekhard – Igarka railroad (so called Dead Road), the rail line incoming from Igarka. The expedition was organised by the Igarka Museum of permafrost before 2002. Source: Objaverse 1.0 / Sketchfab
Data from: Spectral wear modelling of rubber friction on a hard substrate with large surface roughness
<p>Soft-hard matter friction is a long-standing tribology problem that remains unclarified, requiring engineers to empirically predict the wear life. To clarify this issue, this study examines the transient running-in regime of rubber friction on a hard rough substrate and models the temporal wear progression using the spectrum curves of surface roughness for both materials. Performing a series of friction tests and three-dimensional surface-height measurements, the time-dependent behaviours of the power spectral densities (PSDs) are divided into two phases, namely the initial non-steady and long-term steady phases. The detailed spectral analyses of worn rubber surfaces in the initial phase lead to a blended PSD function between self-affine and K-correlation surface models, consisting of one variable (the Hurst exponent) that is saturated by the substrate self-affinity. Supported by the Greenwood–Williamson theory concerning rough contact mechanics, the volumetric estimate with the blended PSD function is used to assess the volume rate of wear debris in the steady phase, which is validated experimentally. These findings not only improve the wear predictions of soft materials from previous measurements of worn surfaces but also help clarify the constrained multiscale mechanism of wear.</p>
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OpenNeuro
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