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Torrey Peters' debut novel Detransition, Baby from 2021, a Women's Prize for Fiction nominee, problematizes gender norms by telling the story of three main characters: Reese, a trans woman, Ames, who de-transitioned to live as a man again, and Katrina, a Chinese and Jewish cis woman who is also Ames' lover and boss. Ames and Katrina are expecting a child and are testing the possibilities of having a non-conventional family together with Reese. Parenthood is, thus, the central theme of the novel which structures also the sections of book into the time before the conception and the weeks after it. By doing so, the temporal framework of the novel queers the linearity of heteronormative life courses on the form as well as the content level. Therefore, the interplay of form and content invites to critically investigate how the concept of trans time that challenges linearity and normative conformity (Halberstam, 2005) may provide useful insights into trans aging and the life course through this literary representation. Following, contemporary feminist theorists' commitments to negotiate what makes "life more livable for those whose gender presentation, identity, or bodily experience have been judged abnormal, nonexistent, or impossible" (Karhu, 2022, 304–305), this paper aims at carrying out a critical feminist literary analysis of trans aging, queer life courses and the thereof related gendered norms in Peters' novel. By relying predominantly on feminist poststructuralist theories (Butler 2004) and cultural aging studies (Maierhofer, 2019), it is the aim to challenge normativity and limited social norms through this critical literary reading. • Analysis of representation of trans aging in Peters' Detransition, Baby (2021) • Trans aging and the life course as a juxtaposition of conformity and queer temporalities • cultural ideals of trans gender as having no future • queer temporalities and trans time as useful discursive tools to challenge capitalist notions of the life course [ABSTRACT FROM AUTHOR]

For line intensity: • Systematic investigation on the isotopologue consistency of CO 2 and SO 2 IR/MW intensity. • Interesting TDM/Einstein-A patterns found for CO 2 vibrational polyads, SO 2 and CO 2 MW, fundamentals, hotbands, etc. For line positions: • First 2nd-round implementation of BTRHE strategy to minimize the isotope/mass dependent residuals. • –– Two orders of magnitude improvement for SO 2 MW prediction accuracy: 0.01-0.02 MHz (A/B/C), 0-5 MHz (J/Ka<20 lines). • This approach starts from and targets at higher accuracy, can easily extend to other bands or molecules. The semi-empirical molecular rovibrational IR line lists, such as ExoMol, TheoReTs, and Ames, combine the experimental accuracy and theoretical power to reach better than 0.1 cm−1 accuracy for line positions and better than 80–90% agreement for line intensities. The quality of these existing semi-empirical IR lists allows further improvements of intensity and line positions for those unobserved minor isotopologues. This paper presents our new BTRHE (Best Theory + Reliable High-resolution Experiment) strategy implementation. For line intensity, the isotopologue consistency and the patterns of mass dependence in the Ames-296 K SO 2 and CO 2 IR lists are quantitatively presented along the mass-inverse coordinates. The consistency and patterns are better than those in existing experimental data. The methodology proposed here can be used to identify inconsistencies, outliers, and mistakes in intensities, and help improve Effective Dipole Model (EDM) and molecular IR databases. We call for an experimental study on the 50006 and 60007 bands of CO 2 628. For line position predictions, a simple approach combining the variational IR line lists with Effective Hamiltonian (EH) model may refine the effective rotational constants A 0 /B 0 /C 0 and quartic centrifugal distortion constants of minor isotopologues. The prediction accuracy may be improved by two orders of magnitude, i.e. reaching 0–5 MHz prediction accuracy in the range of J < 20–30, K a < 10–20, and 0.01–0.02 MHz accuracy for A 0 /B 0 /C 0. Several important factors have been systematically investigated and discussed, e.g. convergence, uncertainties, higher order terms, fixing EH parameters, mass coordinates, etc. A microwave (MW) line set consisting of 644,636 strong transitions (at 296K) for all 30 isotopologues and corresponding refined EH(Ames) parameters are reported in the supplementary material. This approach may be easily extended to rovibrational bands, hot bands, and other molecular systems. [ABSTRACT FROM AUTHOR]

In order to provide an accurate State-Of-Health (SOH) estimation, a novel estimation method is proposed in this paper. In this work, some battery SOH relate features are selected theoretically, proved and then re-screened mathematically. These features can reflect the battery degeneration from different aspects. Also, a new training set design idea is proposed for Least Squares Support Vector Machine algorithm, thereby a model that is suitable for lithium-ion Battery SOH estimation under multi-working conditions can be built. Several lithium-ion battery degeneration testing datasets from National Aeronautics and Space Administration Ames Prognostics Center of Excellence are used to validate the proposed method. Results demonstrate both the superiority of the proposed method and its potential applicability as an effective SOH estimation method for embedded Battery Management System. • A novel estimation method for State-Of-Health estimation is proposed. • Some features related to battery SOH are selected and re-screened mathematically. • A model for lithium-ion Battery SOH estimation under multi-working conditions is built. [ABSTRACT FROM AUTHOR]

• N -Acyloxy- N -alkoxyamides are direct-acting bacterial mutagens. • Ames activity in TA100 detects intercalation of PAH substituents with DNA. • Fluorene substituents do not intercalate with DNA. • Fluorenone substituents intercalate with DNA in a structure-dependant fashion. • Enhanced activity through intercalation is worth 4–5 Log P in binding to DNA. N -Acyloxy- N -alkoxyamides are direct-acting mutagens in S. typhimurium TA100 and TA98. A reliable QSAR for their activity in TA100 has been developed, which indicates reversible intercalation into the DNA helix through naphthalene substituents. In this paper, we show that fluorene as a substituent does not facilitate intercalation while fluorenone does, although the efficacy is determined by the position of substitution on the fluorenone as well as the N -acyloxy- N -alkoxyamide side chain. Where intercalation is evident, the increased binding to DNA is similar to that of naphthalene and is worth the equivalent of ca four Log P hydrophobicity units. 4-Substituted fluorenones, where the anomeric amide group is in the bay region do not intercalate, which is attributed to the requirement for a weaker edge-on, rather than an end-on intercalation. Mutagencity in S. typhimurium TA98, which detects frame shifts through intercalation, supports the findings. Fluorene appears not to intercalate, which points to the fact that the charge delocalised 2-fluorenylnitrenium ion, the ultimate metabolite from 2-aminofluorene (AF) and 2-acetylaminofluorene (AAF) is the itercalating agent responsible for frameshift mutations leading to their carcinogenicity. [ABSTRACT FROM AUTHOR]

• Investigation of the effectiveness of aggregate graduation on macroscopic structures. • AMES road texture laser scanner was used to conduct macrotexture tests. • Helping designers improve aggregate gradation design decisions. In this research, influencing factors on the macrotexture of bauxite clinker aggregate gradation were analyzed and the role of aggregate in the anti-skid performance of asphalt pavement was determined. AMES road texture laser scanner was used to conduct macrotexture tests. It was found that the macrotextures of single grain size aggregates were enlarged as grain size was increased, the macrotextures of mixed grain size aggregates were enlarged as the proportion of small grain size particles was decreased and both fine aggregates and mineral powder extended aggregate structure. Meanwhile, the effect of aggregate size on the macro-structure of the pavement was greater than that of percent voids in coarse mineral aggregate in the dry rodded condition (VCA). In addition, mean texture depth (MTD) was first decreased and then increased with the increase of compaction work. Under the action of traffic load, macro-structure was fluctuated. The results of this paper provide some references for road designers to consider macrotexture in gradation design. [ABSTRACT FROM AUTHOR]