New York Trade School Graduate, Stanley Carraher

Stanley Carraher graduated from the New York Trade School's Welding program in 1952. He is shown in his position as Welder Foreman at the construction of the Throggs Neck Bridge. Original caption reads, "Stanley Carraher - Welding 1952. Modern bridge construction requires the services of many compitent [sic] Welders. In this picture, Stanley Carraher is shown supervising the welding on the new Throggs Neck Bridge in New York City." Black and white photograph with caption adhered to reverse.

Alex E. Davis, Graduate of the New York Trade School

Alexander Davis, Jr., a graduate of the Carpentry program of the New York Trade School in 1955 is shown working. Original caption reads, "Carpenter Contractor, Alex E. Davis Builder, Easton, Pa. Alexander Davis, Jr. - Carpentry 1955. The remodeling of old and building of new houses etc., offers many opportunities for success. Mr. Davis is shown hanging a new door on a building." Black and white photograph with caption glued to reverse.

Dennis Mahoney, Electrician, Consolidated Edison Company, New York

A graduate of the New York Trade School's Electrical program in 1958, Dennis Mahoney is show at work for the Consolidated Edison Company in New York. Caption written on reverse reads "Dennis J. Mahoney is shown closing the Armature Switch of a Rotary Converter in a D.C. substation. The average rotary in our stations has a capacity of 4,200 K.W. and there are 30 such stations in Manhattan with an annual output of 800,000 amperes. Although the D.C. load is gradually being reduced, it can be seen that there is still considerable demand for direct current in Manhattan." Black and white photograph.

Consolidating Program Accreditation Data for Regional Review

Regional accreditors often desire the same metrics and data collected by professional program reviews, but may use different terminologies to describe this information; as a result, some schools must manually translate or even recollect data already stored. This report profiles strategies to proactively consolidate the language and policies of accreditation to avoid duplication of labor and to efficiently route program accreditation data that will be repurposed in regional review. It also suggests ways to select new technologies that can streamline data collection, storage, and presentation.

Online and Hybrid Course Prioritization Guide: 10 Strategies for Promoting Enrollment Growth and Student Success

Institutions of all shapes and sizes are investing significant sums to expand their portfolio of online and hybrid courses without specific institutional priorities in mind, often resulting in a mix of arbitrary, sub-scale offerings. This creates an unsustainably expensive disconnect between the institution’s online portfolio (largely steered by unit-level interests and capacity) and its overarching interest in using technology to increase access, improve student success, and grow revenue. This guide is designed to help institutional leaders prioritize scarce resources devoted to online and hybrid course development toward the most promising available opportunities. By targeting specific curricular "gaps," institutions can improve retention, reduce time-to-degree, regain or expand their share of currently enrolled student credit hours, or even attract new students to existing programs.

Materials Education and Research in Art and Design: A New Role for Libraries - Session 3. RISD Faculty

Faculty from Rhode Island School of Design representing Interior Architecture, Industrial Design, and Textiles detail their thoughtful interactions with materials.

Materials Education and Research in Art and Design: A New Role for Libraries - Session 4. Designers

Designers respond to issues and synthesize ideas from throughout the day as voices from the field who directly encounter the need for recently graduated students to possess the ability to investigate and interrogate materials.

Materials Education and Research in Art and Design: A New Role for Libraries - Session 2. Educators

Educators representing interactions with materials speak to critical approaches, life-cycle concerns, critical thinking of composition/process/properties.

Adaptive languages and a new programming style

A programming style can be seen as a particular model of shaping thought or a special way of codifying language to solve a problem. Adaptive languages have the basic feature of allowing the expression of programs which self-modifying through adaptive actions at runtime. The conception of such languages calls for a new programming style, since the application of adaptive technology in the field of programming languages suggests a new way of thinking. With the adaptive style, programming language codes can be structured in such a way that the codified program therein modifies or adapts itself towards the needs of the problem. The adaptive programming style may be a feasible alternate way to obtain self-modifying consistent codes, which allow its use in modern applications for self-modifying code.

Os mecanismos de governança do saneamento básico no Brasil : um estudo de direito administrativo sob a perspectiva da economia dos custos de transação

O serviço público de saneamento básico tem relevância amplamente reconhecida. Apesar disso, ainda são verificados no Brasil elevados índices de déficit ou de atendimento precário, com situações distintas nas diversas regiões do país. Nesse sentido, o objetivo desta dissertação é (i) apresentar, a partir da perspectiva interdisciplinar da Economia dos Custos de Transação, uma compreensão do serviço público de saneamento básico no Brasil, atualmente regulamentado pela Lei nº 11.445/2007, (ii) avaliar a eficiência do modo de governança majoritariamente utilizado e, (iii) eventualmente, propor desenhos alternativos para a organização da prestação que sejam economicamente superiores em temos de redução de custos de transação para a realização de investimentos necessários ao cumprimento dos objetivos fundamentais definidos no art. 2º, da Lei nº 11.445/2007. A pesquisa adotou como estratégia metodológica a utilização de uma abordagem interdisciplinar de direito, economia e organizações, nos termos da análise econômica da nova economia institucional. A partir o estudo do ambiente institucional básico, com apoio no referencial teórico, observou-se que o mecanismo de governança predominantemente utilizado no serviço público de saneamento básico no Brasil, isto é, delegações a Companhias Estaduais de Saneamento por meio de contratos de longo-prazo (contratos de programa), não favorece a realização de investimentos em ativos específicos (infraestrutura) necessários à prestação e cumprimentos de metas da política. Foi também constatado que existem alternativas de governança viáveis ao desenho predominante, embora a utilização de formas alternativas provavelmente não possua execução viável pelo simples transplante de normas, isto é, pela via formal. A modificação da forma de governança predominante no saneamento básico no Brasil, com a superação do baixo desempenho verificado (low-level equilíbrium), não é possível de ser realizada sem custos. Nesse sentido, é necessário superar os custos para o rompimento do path dependence provocado pelo hold up realizado pelas Companhias Estaduais de Saneamento Básico sobre os titulares do serviço público (municípios), bem como os custos para o rompimento do path dependence no direito administrativo brasileiro, o qual restringe o desenvolvimento de uma teoria jurídica da regulação apta a viabilizar a construção de uma governança regulatória adequada à redução dos custos de transação, de modo a tornar viáveis investimentos em ativos de infraestruturas com elevado grau de especificidade.

New method for determination of (E)resveratrol in wine based on microextraction using packed sorbent and ultra-performance liquid chromatography

An ultra-fast and improved analytical methodology based on microextraction by packed sorbent (MEPS) combined with ultra-performance LC (UPLC) was developed and validated for determination of (E)-resveratrol in wines. Important factors affecting the performance of MEPS such as the type of sorbent material (C2, C8, C18, SIL, and M1), number of extraction cycles, and sample volume were studied. The optimal conditions of MEPS extraction were obtained using C8 sorbent and small sample volumes (50–250mL) in one extraction cycle (extract–discard) and in a short time period (about 3 min for the entire sample preparation step). (E)-Resveratrol was eluted by 1 250mL of the mixture containing 95% methanol and 5% water, and the separation was carried out on a highstrength silica HSS T3 analytical column (100 mm 2.1 mm, 1.8mm particle size) using a binary mobile phase composed of aqueous 0.1% formic acid (eluent A) and methanol (eluent B) in the gradient elution mode (10 min of total analysis). The method was fully validated in terms of linearity, detection (LOD) and quantification (LOQ) limits, extraction yield, accuracy, and inter/intra-day precision, using a Madeira wine sample (ET) spiked with (E)-resveratrol at concentration levels ranging from 5 to 60mg/mL. Validation experiments revealed very good recovery rate of 9575.8% RSD, good linearity with r2 values 40.999 within the established concentration range, excellent repeatability (0.52%), and reproducibility (1.67%) values (expressed as RSD), thus demonstrating the robustness and accuracy of the MEPSC8/UPLC-photodiode array (PDA) method. The LOD of the method was 0.21mg/mL, whereas the LOQ was 0.68mg/mL. The validated methodology was applied to 30 commercial wines (24 red wines and six white wines) from different grape varieties, vintages, and regions. On the basis of the analytical validation, the MEPSC8/UPLC-PDA methodology shows to be an improved, sensitive, and ultra-fast approach for determination of (E)-resveratrol in wines with high resolving power within 6 min.

A fast method using a new hydrophilic–lipophilic balanced sorbent in combination with ultra-high performance liquid chromatography for quantification of significant bioactive metabolites in wines

This manuscript describes the development and validation of an ultra-fast, efficient, and high throughput analytical method based on ultra-high performance liquid chromatography (UHPLC) equipped with a photodiode array (PDA) detection system, for the simultaneous analysis of fifteen bioactive metabolites: gallic acid, protocatechuic acid, (−)-catechin, gentisic acid, (−)-epicatechin, syringic acid, p-coumaric acid, ferulic acid, m-coumaric acid, rutin, trans-resveratrol, myricetin, quercetin, cinnamic acid and kaempferol, in wines. A 50-mm column packed with 1.7-μm particles operating at elevated pressure (UHPLC strategy) was selected to attain ultra-fast analysis and highly efficient separations. In order to reduce the complexity of wine extract and improve the recovery efficiency, a reverse-phase solid-phase extraction (SPE) procedure using as sorbent a new macroporous copolymer made from a balanced ratio of two monomers, the lipophilic divinylbenzene and the hydrophilic N-vinylpyrrolidone (Oasis™ HLB), was performed prior to UHPLC–PDA analysis. The calibration curves of bioactive metabolites showed good linearity within the established range. Limits of detection (LOD) and quantification (LOQ) ranged from 0.006 μg mL−1 to 0.58 μg mL−1, and from 0.019 μg mL−1 to 1.94 μg mL−1, for gallic and gentisic acids, respectively. The average recoveries ± SD for the three levels of concentration tested (n = 9) in red and white wines were, respectively, 89 ± 3% and 90 ± 2%. The repeatability expressed as relative standard deviation (RSD) was below 10% for all the metabolites assayed. The validated method was then applied to red and white wines from different geographical origins (Azores, Canary and Madeira Islands). The most abundant component in the analysed red wines was (−)-epicatechin followed by (−)-catechin and rutin, whereas in white wines syringic and p-coumaric acids were found the major phenolic metabolites. The method was completely validated, providing a sensitive analysis for bioactive phenolic metabolites detection and showing satisfactory data for all the parameters tested. Moreover, was revealed as an ultra-fast approach allowing the separation of the fifteen bioactive metabolites investigated with high resolution power within 5 min.