bluuebunny/crossref_metadata_2025_split huggingface dataset:
Temperature-compensated high strain measurement based on a Fabry–Perot interferometer with the virtual-assisted Vernier effect
Authors: Zhang Tongqun , Tian Xiaozhong , Xie Kang , Wang Minghong , Wu Jintao , Ma Dianguo , Sun Yunqun , Wang Xueqin , Wang Junbao , Zheng Yanbin 
Published: March 2024

A highly sensitive optical fiber Fabry–Perot interferometer (FPI) for strain measurement with temperature compensation is proposed. Instead of using another actual reference interferometer, a virtual FPI is constructed to superpose with the sensing FPI to form the Vernier effect. The fundamental and the first-order harmonic Vernier effect are generated to increase the sensitivity by adjusting the parameter of the virtual FPI. In order to separate the strain from the environment temperature, an FBG is cascaded to distinguish the applied temperature. Experimental results demonstrate that, with the help of the fundamental Vernier effect, the sensitivity and temperature of the FPI increases from 1.05 pm/°C to 10.63 pm/°C in the temperature range of 40-120°C, and the sensitivity of strain increases from 2.635 pm/µε to 33.11 pm/µε in the strain range of 0-400 µε. In order to access the tracking points more easily and further enhance the sensitivities, the first-order harmonic Vernier effect is generated by modifying the virtual FPI. Results show that the temperature and strain sensitivities are 21.25 pm/°C and 62.25 pm/µε, respectively. In addition, with the help of the FBG, the strain can be separated from the temperature by solving the cross-sensitivity matrix.
Uncertainty budget for detector-based absolute radiometric calibration with GLAMR
Authors: Wang Zhipeng , Barsi Julia , Thome Kurtis , Wenny Brian N. , McAndrew Brendan , Efremova Boryana , McCorkel Joel 
Published: March 2024

The accuracy of the absolute radiometric calibration (RadCal) for
remote sensing instruments is essential to their wide range of
applications. The uncertainty associated with the traditional
source-based RadCal method is assessed at a 2% (k=1) or higher level for radiance
measurement. To further improve the accuracy to meet the demands of
climate studies, a detector-based approach using tunable lasers as a
light source has been devised. The Goddard Laser for Absolute
Measurement of Radiance, known as the GLAMR system, is a notable
example of the incorporation of such technology. Using transfer
radiometers calibrated at the National Institute of Standards and
Technology as calibration standards, the absolute spectral response
function of a remote sensing instrument is measured with its
uncertainty traceable to the International System of Units. This paper
presents a comprehensive uncertainty analysis of the detector-based
absolute RadCal using the GLAMR system. It identifies and examines
uncertainty sources during the GLAMR RadCal test, including those from
the GLAMR system, the testing configuration, and data processing
methodologies. Analysis is carried out to quantify the contribution of
each source and emphasize the most influential factors. It is shown
that the calibration uncertainty of GLAMR RadCal can be better than
0.3% (k=1) in the wavelength range of
350–950 nm and 0.6% (k=1) between 950 and 2300 nm, with the
exception of regions with strong water absorption. In addition,
recommendations are made to refine the calibration process to further
reduce the uncertainty.
Self-aligned dual-beam superresolution laser direct writing with a polarization-engineered depletion beam
Authors: Chen Guoliang , Mo Dewei , Chen Jian , Zhan Qiwen 
Published: March 2024

A fiber-based, self-aligned dual-beam laser direct writing system with a polarization-engineered depletion beam is designed, constructed, and tested. This system employs a vortex fiber to generate a donut-shaped, cylindrically polarized depletion beam while simultaneously allowing the fundamental mode excitation beam to pass through. This results in a co-axially self-aligned dual-beam source, enhancing stability and mitigating assembly complexities. The size of the central dark spot of the focused cylindrical vector depletion beam can be easily adjusted using a simple polarization rotation device. With a depletion wavelength of 532 nm and an excitation wavelength of 800 nm, the dual-beam laser direct writing system has demonstrated a single linewidth of 63 nm and a minimum line spacing of 173 nm. Further optimization of this system may pave the way for practical superresolution photolithography that surpasses the diffraction limit.
Effect of maternal diet on the frequency of micronuclei in pregnant women and newborns: A protocol for systematic review and meta-analysis
Authors: Araújo Anny Cristine de , Medeiros Marília Cristina Santos de , Nascimento Priscila Kelly da Silva Bezerra do , Cobucci Ricardo Ney , Bortolin Raul Hernandes , Rezende Adriana Augusto de 
Published: March 2024

Background
The effects of diet on maternal and child genetic levels have been previously reported. Diet-associated DNA damage, such as the presence of micronuclei (MN), may be related to an increased risk of developing chronic diseases, such as cancer. Such damage is particularly concerning during pregnancy as it can affect the newborn.

Aim
This review will aim to summarize the primary evidence of the impact of diet during pregnancy on micronucleus frequency in the maternal-newborn population.

Methods
This protocol was developed based on the Preferred Reporting Items guidelines for Systematic Reviews and Meta-analyses Protocol. The review was registered with the International Register of Prospective Systematic Reviews on February 17, 2022 (registration number: CRD42022302401). We will use PubMed, Embase, Web of Science, Scopus, Science direct, and Google databases to search for observational studies. This review will include studies that investigate the diet consumed by pregnant women and its effect on the frequency of MN in mothers and newborns without any time or language limitations. For data extraction, researchers will independently review the full text and collect information that characterizes the study and its findings. We will analyze the results by calculating the odds ratio for each type of diet evaluated, accompanied by a 95% confidence interval. We will perform a quantitative synthesis of homogeneous studies to perform a meta-analysis. Micronucleus frequency quantifies the effect and will be presented as the mean and standard deviation or median and interquartile range.

Expected results
This review will aim to identify which dietary patterns during pregnancy may be associated with an increase in the frequency of MN in mothers and their newborns. Understanding the impact of diet on the frequency of MN is essential to deepen studies and to propose strategies that aim to protect the health of the public through food.
La emoción esclava. Cólera, razón y responsabilidad moral en la ética aristotélica
Authors: Bieda Esteban 
Published: March 2024

En el presente trabajo analizaré, en primer lugar, el modo en que Aristóteles entendió el vínculo entre la razón y las acciones emocionales –particularmente las coléricas– a fin de mostrar que es debido a dicho vínculo que las emociones resultan éticamente relevantes y no una mera reacción incontrolada. Para ello comenzaré haciendo un breve examen de la mereología psíquica aristotélica, a fin de ubicar las sedes de la razón y la emoción en el alma humana. Luego me detendré en el tipo de saber que una acción emocional supone. Finalmente, tras analizar las repetidas analogías de las que se sirve Aristóteles entre la razón como amo y la cólera como esclavo para explicar el vínculo entre ambas, mi aporte específico al tema consistirá en invertir dicha analogía y, en lugar de utilizarla como ejemplo del vínculo λόγος-θυμός, hacer de este último un ejemplo del vínculo δεσπότης-δοῦλος tal como se lo describe en Política I. Si mi hipótesis es verosímil, establecer las acciones y la virtud propias del esclavo nos ayudará a echar luz sobre el tipo de moralidad propia de las acciones coléricas.
Recommended 10-Year Follow-Up Strategy for Small Hepatocellular Carcinoma After Radiofrequency Ablation: A Cost-Effectiveness Evaluation
Authors: Chen Qi-Feng , Chen Song , Yi Jun-Zhe , Wang Jiong-Liang , Zhong Sui-Xing , Jiang Xiong-Ying , Hu Yue , Tan Gen-Jun , Xu Jie , Lyu Ning , Zhao Ming 
Published: March 2024

INTRODUCTION:
An optimal follow-up schedule for small (≤3-cm) hepatocellular carcinoma (HCC) after radiofrequency ablation (RFA) remains unclear in clinical guidelines. We aimed to assess the cost-effectiveness of follow-up strategies in patients with small HCC after RFA.

METHODS:
In total, 11,243 patients were collected from global institutions to calculate recurrence rates. Subsequently, a Markov model covering a 10-year period was developed to compare 25 surveillance strategies involving different surveillance techniques (computed tomography [CT], magnetic resonance imaging or ultrasonography [US], and α-fetoprotein [AFP]) and intervals (3 or 6 months). The study endpoint was incremental cost-effectiveness ratio (ICER), which represented additional cost per incremental quality-adjusted life year. Sensitivity analysis was conducted by varying the values of input parameters to observe the ICER.

RESULTS:
In a base case analysis, the dominant strategy was CT every 3 months during an initial 2 years, followed by semiannual CT, and then switch to biannual the combination of US screening and AFP testing after 5 years (m3_CT-m6_CT-m6_USAFP), with an ICER of $68,570.92 compared with the “not followed” strategy. One-way sensitivity analysis showed the ICER consistently remained below the willingness-to-pay threshold of $100,000.00. In a probabilistic sensitivity analysis, m3_CT-m6_CT-m6_USAFP was the most cost-effective approach in 95.6% of simulated scenarios at a willingness-to-pay threshold.

DISCUSSION:
For small HCC after RFA, the recommended follow-up strategy is CT, with scans scheduled every 3 months for the first 2 years, every 6 months thereafter, and transition to biannual the combination of US screening and AFP testing after 5 years.
Acreditación de la carrera de Contador Público en Argentina. Análisis del primer ciclo – primera fase
Authors: Lambrecht Lea Noemi 
Published: March 2024

El trabajo de investigación aborda los resultados que se obtuvieron en el proceso de evaluación y acreditación de la carrera de Contador Público (CP) frente a la Comisión Nacional de Evaluación y Acreditación Universitaria (CONEAU) en el primer ciclo, primera fase, que tuvo lugar en la República Argentina entre los años 2018 y 2021.
Los interrogantes se vinculan con el estado de las carreras de CP antes, durante y luego de presentarse al proceso de acreditación y si existieron mejoras en la calidad educativa de dichas carreras.
El análisis se realizó de la siguiente forma: se desarrolló el proceso de evolución de la profesión, las etapas del proceso de evaluación y acreditación de las carreras de grado de la Argentina ante la CONEAU, el proceso para la determinar los estándares de calidad que se utilizaron para la acreditación de la carrera de CP. También se analizó las 116 carreras de CP que fueron acreditadas por la CONEAU, utilizando como principal recurso los informes de evaluación y las resoluciones emitidas por la CONEAU y la encuesta realizada a los Directores de las carreras de CP de la Argentina. Por último, se exponen las conclusiones y se sugieren lineamientos de investigación de cara a la segunda fase del primer ciclo de acreditación de las carreras de CP.
Se destaca que es la primera vez que se acredita la carrera de CP en Argentina, por lo que no existen precedentes de este tipo de análisis respecto a la profesión contable.
El trabajo de investigación aborda los resultados que se obtuvieron en el proceso de evaluación y acreditación de la carrera de Contador Público (CP) frente a la Comisión Nacional de Evaluación y Acreditación Universitaria (CONEAU) en el primer ciclo, primera fase, que tuvo lugar en la República Argentina entre los años 2018 y 2021.
Los interrogantes se vinculan con el estado de las carreras de CP antes, durante y luego de presentarse al proceso de acreditación y si existieron mejoras en la calidad educativa de dichas carreras.
El análisis se realizó de la siguiente forma: se desarrolló el proceso de evolución de la profesión, las etapas del proceso de evaluación y acreditación de las carreras de grado de la Argentina ante la CONEAU, el proceso para la determinar los estándares de calidad que se utilizaron para la acreditación de la carrera de CP. También se analizó las 116 carreras de CP que fueron acreditadas por la CONEAU, utilizando como principal recurso los informes de evaluación y las resoluciones emitidas por la CONEAU y la encuesta realizada a los Directores de las carreras de CP de la Argentina. Por último, se exponen las conclusiones y se sugieren lineamientos de investigación de cara a la segunda fase del primer ciclo de acreditación de las carreras de CP.
Se destaca que es la primera vez que se acredita la carrera de CP en Argentina, por lo que no existen precedentes de este tipo de análisis respecto a la profesión contable.
New estimates for the Berezin number of Hilbert space operators
Authors: Zolfaghari Parvaneh 
Published: March 2024

Abstract
In this article, we improve some Berezin number inequalities concerning a Hilbert space. It is shown that if T is a bounded linear operator on a Hilbert space, then for any

r
≥
1

{r\geq 1}

,

𝐛𝐞𝐫

2
⁢
r

(
T
)

≤

1
2

𝐛𝐞𝐫
r

(
|

T
*

|

2
⁢

(

1
-
t

)

|
T

|

2
⁢
t

)

+

1
4

∥
|
T

|

4
⁢
r
⁢
t

+
|

T
*

|

4
⁢
r
⁢

(

1
-
t

)

∥
𝐛𝐞𝐫

(
0
≤
t
≤
1
)

,

\mathbf{ber}^{2r}(T)\leq\frac{1}{2}\mathbf{ber}^{r}({{|{{T}^{*}}|}^{2(1-t)}}{{%
|T|}^{2t}})+\frac{1}{4}{{\|{{|T|}^{4rt}}+{{|{{T}^{*}}|}^{4r(1-t)}}\|}_{\mathbf%
{ber}}}\quad(0\leq t\leq 1),

where

|
T
|

=

(

T
*

⁢
T

)

1
2

{|T|={{({{T}^{*}}T)}^{\frac{1}{2}}}}

.
Constructions and characterizations of mixed reverse-order laws for the Moore–Penrose inverse and group inverse
Authors: Tian Yongge 
Published: March 2024

Abstract
This paper is concerned with constructions and characterizations of matrix equalities that involve mixed products of
Moore–Penrose inverses and group inverses of two matrices. We first construct a mixed reverse-order law

(

A
⁢
B

)

†

=

B
∗

⁢

(

A
∗

⁢
A
⁢
B
⁢

B
∗

)

#

⁢

A
∗

{(AB)^{{\dagger}}=B^{\ast}(A^{\ast}ABB^{\ast})^{\#}A^{\ast}}

, and show that this matrix equality always holds through the use of a special matrix rank equality and some matrix range operations, where A and B are two matrices of appropriate sizes,

(
⋅
)

∗

{(\,\cdot\,)^{\ast}}

,

(
⋅
)

†

{(\,\cdot\,)^{{\dagger}}}

and

(
⋅
)

#

{(\,\cdot\,)^{\#}}

mean the conjugate transpose, the Moore–Penrose inverse, and the group inverse of a matrix, respectively. We then give a diverse range of variation forms of this equality, and derive necessary and sufficient conditions for them to hold. Especially, we show an interesting fact that the two reverse-order laws

(

A
⁢
B

)

†

=

B
†

⁢

A
†

{(AB)^{{\dagger}}=B^{{\dagger}}A^{{\dagger}}}

and

(

A
∗

⁢
A
⁢
B
⁢

B
∗

)

#

=

(

B
⁢

B
∗

)

#

⁢

(

A
∗

⁢
A

)

#

{(A^{\ast}ABB^{\ast})^{\#}=(BB^{\ast})^{\#}(A^{\ast}A)^{\#}}

are equivalent.
A fully well-balanced hydrodynamic reconstruction
Authors: Berthon Christophe , Michel-Dansac Victor 
Published: March 2024

Abstract
The present work focuses on the numerical approximation of the weak solutions of the shallow water model over a non-flat topography. In particular, we pay close attention to steady solutions with nonzero velocity. The goal of this work is to derive a scheme that exactly preserves these stationary solutions, as well as the commonly preserved lake at rest steady solution. These moving steady states are solution to a nonlinear equation. We emphasize that the method proposed here never requires solving this nonlinear equation; instead, a suitable linearization is derived. To address this issue, we propose an extension of the well-known hydrostatic reconstruction. By appropriately defining the reconstructed states at the interfaces, any numerical flux function, combined with a relevant source term discretization, produces a well-balanced scheme that preserves both moving and non-moving steady solutions. This eliminates the need to construct specific numerical fluxes. Additionally, we prove that the resulting scheme is consistent with the homogeneous system on flat topographies, and that it reduces to the hydrostatic reconstruction when the velocity vanishes. To increase the accuracy of the simulations, we propose a well-balanced high-order procedure, which still does not require solving any nonlinear equation. Several numerical experiments demonstrate the effectiveness of the numerical scheme.
The overall film cooling performance of crescent holes
Authors: Wang Qiuyin , Duan Xiaozhi , Zhou Chao 
Published: March 2024

Abstract
This study proposes two crescent cooling holes based on favorable vortex structures to enhance the film cooling effectiveness. Large eddy simulations and laser-induced fluorescence were conducted. An up-convex crescent hole (UCC) was established first, which uses an anti-counter-rotating vortex pair (anti-CRVP) to prevent the coolant from lifting off the surface and another CRVP to achieve better cooling uniformity at the centerline. Then, a down-convex crescent hole (DCC) was further optimized based on the vortex of the UCC. The results show that the film cooling effectiveness of the DCC increases by 48 % at BR = 1.6 compared to the UCC. Apart from the time-averaged results, the instantaneous flow field of DCC was analyzed in detail, and the distribution and breakdown of hairpin vortexes highly affect the cooling effectiveness. Besides, the heat transfer coefficient and net heat flux reduction were analyzed to overall evaluate the film cooling performance of DCC.
Dissociable contributions of the medial parietal cortex to recognition memory
Authors: Koslov Seth R. , Kable Joseph W. , Foster Brett L. 
Published: March 2024

Human neuroimaging studies of episodic memory retrieval routinely observe the engagement of specific cortical regions beyond the medial temporal lobe. Of these, medial parietal cortex (MPC) is of particular interest given its distinct functional characteristics during different types of retrieval tasks. Specifically, while recognition and autobiographical recall tasks are both used to probe episodic retrieval, these paradigms consistently drive distinct spatial patterns of response within MPC. However, other studies have emphasized alternate MPC functional dissociations in terms of brain network connectivity profiles or stimulus category selectivity. As the unique contributions of MPC to episodic memory remain unclear, adjudicating between these different accounts can provide better consensus regarding MPC function. Therefore, we used a precision neuroimaging dataset (7T fMRI) to examine how MPC regions are differentially engaged during recognition memory and how these task-related dissociations may also reflect distinct connectivity and stimulus category functional profiles. We observed interleaved, though spatially distinct, subregions of MPC where responses were sensitive to either recognition decisions or the semantic representation of stimuli. In addition, this dissociation was further accentuated by these functional subregions displaying distinct profiles of connectivity with the hippocampus during task and rest. Finally, we show that recent observations of dissociable person and place selectivity within MPC reflect category specific responses from within identified semantic regions that are sensitive to mnemonic demands. Together, by examining precision functional mapping within individuals, these data suggest previously distinct observations of functional dissociation within the MPC conform to a common principle of organization throughout hippocampal-neocortical memory systems.Significance StatementMedial parietal cortex (MPC) is ubiquitously implicated in studies of human episodic memory retrieval. Interestingly, distinct subregions of the MPC are engaged depending on the type of retrieval task being performed. Other types of functional dissociation have also been reported for MPC, focusing on brain network organization or stimulus selectivity. To reconcile these different functional views, we leveraged a precision neuroimaging dataset where participants performed thousands of recognition memory trials. We observed distinct MPC subregions supporting either recognition decisions or their semantic content, which recapitulated distinct patterns of hippocampal connectivity and visual category selectivity within MPC. These findings promote a common principle of functional organization that is shared amongst brain regions supporting episodic memory and advances our understanding of MPC.
STUDY OF FEMINISM ARCHITECTURE CONCEPT IN MUSEUM BUILDING "THE SOLOMON R GUGGENHEIM MUSEUM IN AMERICA US"
Authors: Haqsaleh Afied Dien , Ashadi Ashadi 
Published: March 2024

Abstract: A study of the concept of feminist architecture in the Solomon R Guggenheim Museum building. In the past, an understanding held by society regarding sex differences between men and women affected control, where women were not given freedom, power and rights completely different from men who could do anything and be anything. In the world of architecture, feminism is present as part of post-modern architecture because of the saturation of modern buildings that occur. studies the concept of Feminist Architecture at the Solomon R Guggenheim Museum in New York, America, which is considered to have approached the principles of feminist architecture in its buildings and the method to be used is descriptive qualitative. The author needs to do research on the concept of Feminism Architecture in order to know its true characteristics. From the research results, it is concluded that the case study of the building that has been studied is the Feminist Architecture approach and applies it and among them is having the form of a building that resembles the shape of items used by women, the shape of the building has arches reflecting the woman's body, there is a division of space as a divider between women and men, as well as the use of colors in buildings or interiors that match the preferences of women. Keywords: Architecture, Architecture Feminism, Feminism, Solomon R Guggenheim Museum, Women.
DESIGN OF MIXED-USE AREA IN LEUWI PANJANG BUS TERMINAL BASED ON TRANSIT-ORIENTED DEVELOPMENT (TOD), BANDUNG CITY, INDONESIA
Authors: Rustiandi Firdaus Dwi Putra , Permana Asep Yudi , Al Haq Risya Maryam 
Published: March 2024

AbstractLeuwi Panjang Terminal of Bandung City is a terminal with an A-type category in the city of Bandung. This terminal is one of the proposed Transit Oriented Development in Bandung Urban Mobile Project 2031 programs. Listed in the BUMP 2031 program, the Leuwi Panjang Terminal area will be equipped as a public transportation transit, monorail. Based on the existing criteria, the Leuwi Panjang terminal doesn’t fulfill the criteria as a Transit Oriented Development area, including inadequate facilities, the circulation systems that are not mutually integrated and the unavailability of signage makes visitors confused about their activity paths, and the stiffness of pedestrians and cyclists to move around in this area. This study discusses the architectural design recommendations of the TOD area that fill the TOD standards of the Leuwi Panjang Terminal. The method used is by conducting area studies, activity studies, and circulation studies. The study is analyzed and processed to produce a synthesis and application to the design to fulfill the TOD criteria and government regulations. Keywords: Transit-Oriented Development, Integration, Terminal, Of Bandung City.