Digital Commons Network^™

Farah Statement To Retailers, Del Mileski

Justice for Farah Strikers Committee Records

A statement sent to all retailers by Farah Manufacturing, sent to all Farah staff by Del Mileski.

Maloney Decision Summary

Justice for Farah Strikers Committee Records

A summary of the Judge Maloney Decision.

Maloney Decision, Walter H. Maloney Jr.

Justice for Farah Strikers Committee Records

A copy of the decision passed by Judge Walter H. Maloney, Jr. on the Amalgamated Clothing Workers of America and Farah Manufacturing Company dispute.

Farah Vs. The Nlrb

Justice for Farah Strikers Committee Records

A description of the Farah Vs. the NLRB case.

Maloney Decision Summary

Justice for Farah Strikers Committee Records

A summary of the Judge Maloney Decision.

Reflections & Background On Maloney Decision, Nicolaides & Associates

Justice for Farah Strikers Committee Records

A summary, reflection, and background information on the Maloney Decision and the events leading to it. Also included is a statement by Farah Manufacturing.

Logan Valley Plaza Supreme Court Report, U. S. Supreme Court

Justice for Farah Strikers Committee Records

A Supreme Court report on the Amalgamated Food Employees Union Local V. Logan Valley Plaza case.

Labor Union Directory June 1973, Texas Employment Commission

Justice for Farah Strikers Committee Records

A revised directory of labor unions made by the Texas Employment Commission in June, 1973. Signed by Emileo Molleda Jr..

Labor Union Directory March 1973, Texas Employment Commission

Justice for Farah Strikers Committee Records

A revised directory of labor unions made by the Texas Employment Commission on March 15, 1973.

The Kingdom, Broken Hearts, And Comfort, Manuel Gomez

The Main Thing Devotional

“Blessed are those who mourn, for they will be comforted.” Matthew 5:4

Cover And Contents

Turkish Journal of Physics

No abstract provided.

Dft Prediction Of Adsorption Properties Of Chrysene On Si(001) Surface, Çağil Kaderoğlu

Turkish Journal of Physics

In this study, DFT calculations were carried out in order to reveal the adsorption properties of chrysene molecule on the Si(001)−(2×1) surface. For this purpose, structural, electronic, and optical properties were calculated for five different adsorption configurations. The results show that the electronic and optical properties vary depending on the adsorption configuration of the molecule. In general, the chrysene molecule was found to reduce the work function of the Si(001)−(2×1) surface and affect its optical absorption and reflection properties in the IR and UV regions. These results indicate that the Chrysene + Si(001) hybrid could be quite useful in molecular …

A Comprehensive Study On The Structural, Electrical And Optical Properties Of Dc Sputtered Molybdenum Thin Films, Fi̇li̇z Keleş, Abdullah Atilgan, Eli̇f Damgaci, Ayşe Seyhan, Abdullah Yildiz

Turkish Journal of Physics

This study investigates the influence of key deposition parameters on the optoelectronic properties of Molybdenum (Mo) films fabricated via DC magnetron sputtering. The results demonstrate that increasing the Argon gas pressure significantly raises the sheet resistance, primarily due to increased porosity and defect formation. In contrast, films deposited at lower pressures exhibit higher conductivity due to their denser morphology. The substrate temperature also plays a critical role in determining crystallographic structure and electrical performance. Mo bilayer films deposited at 250 °C show a much lower sheet resistance compared to room temperature (RT) growth. Additionally, increasing the total film thickness from …

Exact Solution Of The Two-Reflector Optical System Meeting Herschel’S Condition, Giuseppe Orlando

Turkish Journal of Physics

The exact explicit solution of a stigmatic two-reflector optical system under Herschel’s condition is presented Details of how the solution is calculated are reported. A comparison of caustics between an aplanatic optical system and the relevant system meeting Herschel’s condition is also presented. Ray tracing verification on different optical systems validates the obtained results.

On-Chip Ge-Based Refractive Index Sensor Based On Multislot Ge Waveguide, Çi̇çek Boztuğ

Turkish Journal of Physics

On-chip optical sensors have been attracting significant attention of the researchers due to their portability, low cost, and in-situ detection compatibility. The realization of these compact and mass-producible sensors will be possible if all required optical and electronic components are fully integrated on the same chip. However, the main obstacle here is the lack of the room-temperature on-chip light source; therefore, an external source has been utilized for optical sensing applications. Our work introduces a germanium-based optical sensing structure, specifically designed to operate at low refractive indices, with all required optical components integrated on silicon in a CMOS-compatible manner. The …

Charge Asymmetry Phenomenon For The Leptonically Decaying W Γ Pair At Nnlo Qcd, Kadi̇r Saygin

Turkish Journal of Physics

The paper presents for the first time a phenomenological assessment which focuses on the charge asymmetry phenomenon for the W γ production process with subsequent leptonic decay modes W⁺γ → l⁺ν_lγ and W⁻γ → l⁻ν_l^¯γ in proton-proton (pp) collisions. Charge asymmetry for the leptonic W γ process is predicted by the inclusion of genuine next-to-next-to-leading order (NNLO) corrections in the QCD perturbation theory. NNLO predictions of asymmetry distributions are assessed for the key observables, including the decay lepton and photon pseudorapidities η_l and η_γ, …

Cv: Kami Tsai (Industrial/Organizational Psychology, Human Resource Management), Kami Tsai

Psychology Department Faculty Curricula Vitae

No abstract provided.

Do Research Day Program 2025, Lincoln Memorial University, Debusk College Of Osteopathic Medicine

DO Research Day

DO Research Day was hosted by the DeBusk College of Osteopathic Medicine at Lincoln Memorial University. This program features abstracts from the LMU-DCOM community.

Faculty Senate Executive Committee Minutes October 20, 2025, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• Call to Order
• Approval of Minutes - September 22, 2025
• University Business
• Faculty Senate Business
• Information
• EPC Report - October 2, 2025
• Report
• Athletics Council Annual Report
• Library Advisory Council Annual Report
• Academic Freedom and Tenure Annual Report
• Old Business
• New Business
• Adjourn: 3:55 pm

Atomistic Insights Into Dual Mechanisms For Nacl-Driven Dissolution And Polymerization Of Tricalcium Silicate, Wei Zhang, Jia Sun, Juntao Dang, Bo Tao Huang, Biqin Dong, Hongyan Ma, Dongshuai Hou

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

In this study, experimental characterization and reactive molecular dynamics simulations were integrated to reveal the effects of NaCl on the early hydration of tricalcium silicate (C3S). The results demonstrate that NaCl significantly accelerates the early hydration of C3S by promoting Ca dissolution and silicate tetrahedra polymerization. Specifically, Cl^–ions coordinate with surface Ca, weakening the Ca–O bonds in C3S and reducing the energy barrier for Ca dissolution. Meanwhile, Na⁺ions compete with Ca²⁺for the O atoms, creating localized charge imbalance and attracting protons, which destabilize Si–O bonds and facilitate the polymerization of silicate tetrahedra. These effects …

Reflecting On Teaching Together And Alone: Preservice Teachers’ Processes Of Knowledge Construction In Writing And Discussion, Ulrike Hartmann, Marcus Kindlinger, Kati Trempler, Anna-Lena Molitor, Helenrose Fives

Department of Educational Foundations Scholarship and Creative Works

Understanding how preservice teachers (PSTs) engage with knowledge of educational sciences through reflective practice is critical to improving teacher education. This study investigates how PSTs construct knowledge when analyzing a complex classroom situation and explores how a reflective task format—individual essay writing or collaborative group discussion—shapes the types and quality of knowledge construction processes involved. Drawing on frameworks of reflective practice and epistemic cognition, we developed a coding scheme to identify five knowledge construction processes and three levels of implementation quality. Using data from a university-based teacher education course, we applied this scheme to PSTs’ written essays and transcribed group …

2025 October 20 - Faculty Senate Agenda And Minutes, Faculty Senate, East Tennessee State University

Faculty Senate Agendas and Minutes

No abstract provided.

Shifted Frequency Analysis Hybrid Simulation Algorithm Based On Multi-Rate Asynchronous Coordination, Yankan Song, Libin Wen, Ying Chen, Jinji Xi, Haoyuan Zhang, Li Xiong

Journal of System Simulation

Abstract: Large-scale AC/DC power systems exhibit complex dynamics across multiple time scales, and existing hybrid simulations suffer from interface delays and frequency losses during multi-rate coordination, compromising accuracy. To address this issue, a multi-rate asynchronous coordination method was proposed to construct hybrid simulations using shifted frequency analysis (SFA). Within the multi-area Thevenin equivalence (MATE) framework, the algorithm introduced an interpolation-based asynchronous coordination mechanism, effectively eliminating interface delays; by extending SFA theory and designing a universal interface model, it achieved lossless data exchange between partitions with different rates and model types. Case studies on an AC/DC test system demonstrate that …

Soft Sensor Modeling Based On Improved Transformer In Dual-Stream Framework, Hao Gu, Jiayu Wang, Weili Xiong

Journal of System Simulation

Abstract: Industrial process information is highly nonlinear and dynamic, with long-term dependencies between data, making it difficult to adequately extract time-series features. To address this issue, an improved Transformer-based soft sensor model in a dual-stream framework was proposed. The data were segmented and expanded. The features were extracted in parallel using a dual-stream structure combining a convolutional neural network with a self-attention mechanism and the improved Transformer model. The dual-stream features were fused for soft sensor regression. Residual connections were further introduced to accelerate the convergence speed of the model, and an orthogonal random features-based improved multi-head attention mechanism was …

Path Planning Of Improved Rrt Algorithm Based On Deep Reinforcement Learning, Xiuman Liang, Ziliang Liu, Zhendong Liu

Journal of System Simulation

Abstract: To address the low planning efficiency, poor safety, and limited practicability of the RRT algorithm in global path planning within complex three-dimensional environments, which fail to meet the requirements of planning the safe flight path of UAVs, an improved SAC-RRT algorithm was proposed, which fused SAC deep reinforcement learning algorithm and RRT algorithm. A target point bias strategy and a dynamic step size based on the SAC decision-making network were designed to reduce the blindness of RRT. A random point correction process was designed to optimize the position of random points based on actions from the decision network and …

Low-Energy Multi-Robot Path Planning Algorithm Under Hca* Framework, Ning Wang, Jianlin Mao, Dayan Li, Chengyuan Fang, Chengze Qian

Journal of System Simulation

Abstract: To address the energy optimization problem in multi-robot path planning, this paper proposed a multi-robot path planning algorithm based on the energy-guided hierarchical cooperative A* (E-HCA*) algorithm. To address the issue of robot oscillations caused by mutual avoidance at bottlenecks and narrow passages in multi-robot systems, a node expansion method with path length as a secondary feature was introduced, and a greedy suppression strategy under the cooperative A* framework was proposed. A differential-drive robot energy consumption model was established, and an energy-guided heuristic function was constructed by integrating energy metrics into the underlying A* algorithm to guide low-energy path …

Multi-Objective Optimization Of Signal Timing At Intersections Considering Tailpipe Emissions, Xinhuan Ding, Huaqing Wang, Xu Dang

Journal of System Simulation

Abstract: In order to alleviate urban road congestion and improve the traffic and environmental benefits at intersections, a multi-objective timing optimization model with total delay time, total number of stops, capacity, and total tailpipe emission at intersections as optimization objectives was developed. The model incorporated tailpipe emissions into a mathematical optimization model and quantified the mathematical relationship between traffic efficiency indicators and tailpipe emissions by constructing a specific power-based algorithm for measuring total tailpipe emissions. According to the intersection delay time and the number of stops, the total tailpipe emissions could be estimated. Both the NDX crossover operator and the …

The Rider (2025-10-20), Daniela Martinez Salazar

The Rider Archives

Vol. 11, No. 8

1l Outlining Community Sessions Fall 2025, Cardozo Office Of Academic Success, Leslie Newman, Stephen Iannacone, Linda Ryan, Michael Pantazakos

2025–2026 Flyers

Monday, October 20th: 10 am-11am in room 424

Tuesday, October 21st: 2;:30pm-3:30pm in room 102

Friday, October 24th: 11am-12:30pm in room 204

Intouch Week Of October 20, 2025, New York Medical College

InTouch

• New Obstetrics and Gynecology Residency Program Established
• Building Bridges for Better Health
• Fire Safety Training Events for Students, Faculty, and Staff
• TCDM Prepares Dental Professionals to Meet New Mexico’s Evolving Needs
• In the Community-NYMC Advances Children’s Environmental Health Initiatives Across New York State
• Alumni Spotlight: Deena Casiero, M.D. '06, Advancing the Game of College Sports Medicine