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| 1 | Rate dependence of swelling in lithium-ion cells显示文摘 | Ki-Yong Oh Jason B. Siegel Lynn Secondo Sun Ung Kim Nassim A. Samad Jiawei Qin Dyche Anderson Krishna Garikipati Aaron Knobloch Bogdan I. Epureanu Charles W. Monroe Anna Stefanopoulou | 2014 | Journal of Power Sources2014，，： | 1 |
| 2 | Treatment of early stage(T1) esophageal adenocarcinoma:Personalizing the best therapy choice显示文摘Esophagectomy is considered the primary form of management for esophageal adenocarcinoma(EAC);however,the surgery is associated with high rates of morbidity and mortality.For patients with early-stage EAC,endoscopic resection(ER)presents a potential curative treatment option that is less invasive and carries fewer risks procedure related risks,but it is associated with higher rates of cancer recurrence following the procedure.For some patients,age and comorbidities may prevent them from having esophagectomy as a treatment option,while other patients may be operative candidates but do not wish to undergo esophagectomy for a variety of reasons related to their values and preferences.Furthermore,while anxiety of cancer recurrence following ER may significantly diminish a patient’s quality of life(QOL),so might the morbidity surrounding esophagectomy.In addition to considering health status,patient preferences,and impacts on QOL,physicians and patients must also consider what treatments would be both beneficial and available to the patient,considering esophagectomy methods-minimally invasive vs open-or the use of chemoradiotherapy in addition to ER.Our article reviews and summarizes available treatment options for patients with early EAC and their potential effects on the health and wellbeing of patients based on the current data.We conclude with a request for more research of available options for early EAC patients,the conditions that determine when each option should be employed,and their effects not only on patient health but also QOL. | Lindsay Danielle Kumble Elisabeth Silver Aaron Oh Julian A Abrams Joshua R Sonett Chin Hur | 2019 | World Journal of Meta-Analysis2019，7，9： | 0 |
| 3 | Temporally resolving premixed turbulent flame structures using self-supervised adversarial reconstruction of CH-PLIF显示文摘Understanding the turbulence-flame interaction is crucial to model the low-emission combustors developed for energy and propulsion applications. To this end, a novel frame interpolation (FI) method is proposed to better resolve the spatiotemporal evolution of premixed turbulent flame structures. The framework is completely selfsupervised, agnostic to optical flow, and driven by leveraging transferrable feature knowledge at lower speeds and adversarial learning to statistically map the flame dynamics across frames. The method is successfully applied on a 10 kHz CH planar laser-induced fluorescence (PLIF) dataset of highly wrinkled premixed flames with turbulent Reynolds numbers (ReT ) of 1100, 1400, and 7900, by down-sampling the image sequence to 5 kHz and restoring the sequence back to 10 kHz via FI. All reconstructions recovered important flame events and displayed excellent resemblance of the corrugated CH-layer geometries to that of the ground truths, with average intersection over union (IoU) and structural similarity index (SSIM) scores of 0.49 and 0.82, which are above the high-similarity baselines of 0.36 and 0.75, respectively. The wrinkling parameters (WP) of the flames also matched the ground truths, wherein R2 was roughly 0.95 for ReT = 1100 and 1400 and 0.85 for ReT = 7900 (lower due to the turbulence-induced uncertainties). The FI is further iteratively repeated to 40 kHz on the ReT = 7900 flames to facilitate pocket analysis by confidently linking their origin of formation, thus, enabling distinction from 3D tunnels, and improving statistical characterization of their consumption speeds. Given that the object features do not exhibit highly turbulent motions with regard to the initial time step, the proposed FI method is shown to be highly accurate and useful to analyzing finite-resolution experimental image sets including, but not restricted to, CH-PLIF. | Ji-Hun Oh Aaron W.Skiba Stephen D.Hammack Constandinos M.Mitsingas Campbell D.Carter Tonghun Lee | 2023 | Energy and AI2023，11，1： | 0 |
| 4 | 史密森南广场园区规划显示文摘通过与史密森学会、当地居民以及决策者的密切合作,我们为南广场园区制定了总体规划,作为对旧与新的重新诠释——方案利用园区内的现有元素,在严格监管与历史保护的限制中寻求自由。该提案旨在提升并扩大游客服务和教育空间,在博物馆与花园之间建立清晰的入口和联系,并取代已达到使用寿命的老化建筑机械系统。 | Aaron Hales Alana Goldweit Alexandre Hamlyn Andriani Atmadja Annette Miller Benjamin DiNapoli Benjamin Novacinski Cadence Bayley Choonghyo Lee Chris Falla Daisy Zhong Daniele Pronesti Doug Stechschulte Emily Chen Gabriel Hernandez Solano Janice Rim Jennifer Shen Jeremy Alain Siegel Jihoon Hyun Julian Andres Ocampo Salazar Kalina Pilat Katarzyna Starczewska Lina Bondarenko Mahsa Malek Manon Otto Martin Voelkle Ola Hariri Otilia Pupezeanu Saecheol Oh Sara Ibrahim Stephen Kwok Stephen Steckel Suemin Jeon Tammy Teng Taylor Fulton Tianqi Zhang Vincent Fulia Wells Barber Wesley Chiang Zhifei Xu 陈子钰(译) | 2019 | 城市环境设计2019，0，2： | 0 |
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